Download Verint Nextive S5503 User guide

Nextiva S1800e Series
User Guide
For
S1808e and S1816e Series Encoder Firmware Version 2.4 SP9
S1801e and S1802e Series Encoder and Decoder Firmware
Version 2.2 SP5
May 14, 2013
Copyright Notice
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USPN 6,278,978; USPN 6,370,574; USPN 6,404,857; USPN 6,510,220; USPN 6,724,887; USPN 6,751,297; USPN 6,757,361; USPN 6,782,093; USPN
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CA 2,563,960; CA 2,564,127; CA 2,564,760; CA 2,567,232; CA 2,623,178; CA 2,627,060; EP 1096382; EP 1248449; EP 1284077; DE 1284077; FR
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following Published U.S. Patent Applications: US 10/061,491; US 10/467,899; US 10/525,260; US 10/633,357; US 10/771,315; US 10/771,409; US
11/037,604; US 11/090,638; US 11/129,811; US 11/166,630; US 11/345,587; US 11/359,195; US 11/359,319; US 11/359,356; US 11/359,357; US
11/359,358; US 11/359,532; US 11/361,208; US 11/388,944; US 11/394,408; US 11/394,410; US 11/394,496; US 11/394,794; US 11/395,759; US
11/395,992; US 11/396,062; US 11/410,004; US 11/428,222; US 11/428,239; US 11/475,683; US 11/477,124; US 11/478,714; US 11/479,056; US
11/479,267; US 11/479,506; US 11/479,841; US 11/479,899; US 11/479,925; US 11/479,926; US 11/509,549; US 11/509,550; US 11/509,551; US
11/509,554; US 11/528,267; US 11/529,132; US 11/529,942; US 11/529,946; US 11/529,947; US 11/540,107; US 11/540,171; US 11/540,185; US
11/540,281; US 11/540,320; US 11/540,322; US 11/540,353; US 11/540,736; US 11/540,739; US 11/540,785; US 11/540,900; US 11/540,902; US
11/540,904; US 11/541,313; US 11/565,946; US 11/567,808; US 11/567,852; US 11/583,381; US 11/608,340; US 11/608,350; US 11/608,358; US
11/608,438; US 11/608,440; US 11/608,894; US 11/616,490; US 11/621,134; US 11/676,818; US 11/691,530; US 11/692,983; US 11/693,828; US
11/693,899; US 11/693,923; US 11/693,933; US 11/712,933; US 11/723,010; US 11/729,185; US 11/742,733; US 11/752,458; US 11/771,499; US
11/772,440; US 11/776,659; US 11/804,748; US 11/824,980; US 11/831,250; US 11/831,257; US 11/831,260; US 11/831,634; US 11/844,759; US
11/868,656; US 11/872,575; US 11/924,201; US 11/937,553; US 11/959,650; US 11/968,428; US 12/014,155; US 12/015,375; US 12/015,621; US
12/053,788; US 12/055,102; US 12/057,442; US 12/057,476; US 12/107,976; US 12/118,781; US 12/118,789; US 12/118,792; US 12/164,480; US
12/245,781; US 12/326,205; US 12/351,370; US 12/416,906; US 12/464,694; US 12/466,673; US 12/483,075; US 12/497,793; US 12/497,799; US
12/504,492; US 12/539,640; US 12/608,474; US 12/628,089; US 12/684,027; US 12/686,213; US 12/708,558; and other U.S. and International Patents
and Patents Pending.
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Device Compliance
For compliance information, visit https://online.verint.com and refer to the device declaration of conformity.
Device Compliance
For compliance information, visit https://online.verint.com and refer to the device declaration of conformity.
Contents
Preface
8
Nextiva Web Interface Help
9
Documentation and Firmware
Contacting Verint
Contacting Service and Support
9
9
10
Safety
11
Summary of Changes
12
Revision 11 - May 2013
What's New
Revision 10 - October 2012
What's New
Revision 9- June 2012
Updates
Revision 8 - March 2012
New Feature
Revision 7 - August 2011
What's New
Revision 6 - August 2011
Revision 5 - June 2011
What's New
Updates
Revision 4 - December 2010
Updates
Revision 3 - September 2010
Revision 2 - February 2010
What's New
Revision 1- October 2009
What's New
12
12
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12
12
12
13
13
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13
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Chapter 1: S1800e Series Overview
16
Hardware Overview
S1801e and S1802e Series Encoders and Decoders
Single- and Dual-Port Terminal Block
Product Dimension and Weight
Multi-Port Devices
Multi-Port Terminal Block
Product Dimension and Weight
Nextiva Onboard Analytics
Security
Frame Rate and Performance for the Single- and Dual-Port Devices
17
17
19
19
20
22
23
23
24
24
Supported Resolution
Supported Frame Rates
Supported Decoding Resolution and Tile Layout
Supported Tile Layout
Multiport Supported Resolutions
Multiport Supported Frame Rates
Supported Audio Formats
Understanding the LED Indicators
System Status LED
Video Status LEDs
RTSP Support
Configuring the Input/Output Terminals
24
25
25
26
26
27
28
28
28
29
30
31
Chapter 2: Installing the Single-and Dual-Port Devices
32
Package Contents
Optional Accessories
Installing on a Flat Surface
Installing in a Rack
Powering the Devices
Powering the S1801e-POE
Connecting Analog Cameras
Connecting Network Cables
Connecting a Serial Device
Connecting RS-232 Devices
Connecting RS-422/485 Four-Wires
Connecting RS-485 Devices
Connecting Audio Inputs
Connecting Audio Output
33
33
33
33
35
37
37
38
39
39
40
42
43
43
Chapter 3: Installing the S1800e Series Multiport Devices
45
Package Contents
Optional Accessories
Installing on a Flat Surface
Installing in a Rack
Powering the Multiport Devices
Connecting Analog Cameras
Connecting Network Cables
Connecting a Serial Device
Connecting RS-232 Devices
Connecting RS-422/485 Four-Wires
Connecting RS-485 Devices
Connecting Audio Inputs
Connecting Audio Output
46
46
46
47
48
49
50
50
51
52
53
54
54
Chapter 4: Using SConfigurator for Configuration
56
Setting SConfigurator
Discovering Devices
IP Address Configuration
57
58
59
Setting a DHCP IP Address
Setting a Static IP Address
Configuring the Serial Ports
Configuring the RS-232 Serial Port Using SConfigurator
Configuring the RS-422/485 Serial Port Using SConfigurator
Setting the H.264 Encoding Mode for the S1816e-SP or S1816e-SR
Setting the Video Standard
Video Profile
Configuring the Device Video Properties
Configuring the Input Properties
Setting the SNMP Properties
Audio Properties
Setting the Audio Sampling Rate
Setting the Audio Encoder Properties
Setting the Audio Decoder Properties
60
60
62
62
66
70
72
74
74
77
78
80
81
82
83
Chapter 5: Using the Web Interface for Configuration
84
IP Address Configuration
Setting a DHCP IP Address
Setting a Static IP Address
Configuring the Serial Ports
Configuring the RS-232 Serial Port
Configuring the RS-422/485 Serial Port
Setting the Video Standard
Configuring the Encoder Properties
Video Profile
Configuring the Encoder Properties
Configuring the Input Properties
Configuring the Camera Tampering Properties
Configuring the Motion Detection Properties
Configuring the Decoder Properties
Configuring the Video Output Properties
Setting the SNMP Properties
Viewing MIB Information
Audio Properties
Setting the Audio Sampling Rate
Setting the Audio Input Properties
Setting the Audio Encoder Properties
Setting the Audio Output Properties
Setting the Audio Decoder Properties
Activating Nextiva Onboard Analytics
Configuring Nextiva Onboard Analytics
Activating Agent Vi Video Analytics
Configuring Agent Vi Video Analytics
Setting the On-Screen Display for the Decoders
Recording to the Storage Device
85
85
87
90
90
91
92
94
96
96
99
100
101
102
103
104
106
107
108
108
109
110
111
112
114
115
117
118
119
Chapter 6: Maintaining and Troubleshooting the Device
121
Firmware Upgrade
122
Upgrading Using SConfigurator
Upgrading Using the Web Interface
Performing a Batch Firmware Update
Device Reboot
Rebooting the Device Using SConfigurator
Rebooting the Edge Device
Rebooting the Device from the Front Panel
Factory Default Settings
Restoring the Factory Default Settings Using SConfigurator
Restoring the Factory Default Settings Using the Web Interface
Restoring the Factory Default Settings from the Front Panel
Troubleshooting
Using Recovery Mode
Performing a Hardware Reset
Losing Connection to a Camera
SConfigurator cannot find the Device
Quality of the Video is Bad
122
123
124
124
124
124
124
125
125
125
126
126
126
127
127
128
128
Chapter A: Specification and Configuration
130
Technical Specification
Factory Default Configuration
131
137
Index
139
Preface
The Nextiva® S1800e User Guide presents information and procedures on
installing, configuring, and using the Nextiva encoders and decoders.
The Web Interface User Guide presents the information and procedures for
configuring the Nextiva® S1800e series encoders and decoders.
© 2013 Verint Video Systems Inc.
8
Nextiva Web Interface Help
Nextiva Web Interface Help
The Web Interface User Help presents the information and procedures for
configuring the S5503 PTZ IP Cameras and Nextiva® S1800e series
encodersdecoders.
Documentation and Firmware
Download the documentation of Nextiva IP cameras and encoders from:
http://www.verint.com/solutions/video-situationintelligence/resources/index
Download the documentation of the Nextiva VMS software and the latest
firmware from the extranet: https://online.verint.com.
Send your questions or comments on the current document, or any other
Nextiva user documentation, to our documentation feedback team at
[email protected]
Contacting Verint
Verint® Systems is a leading provider of Actionable Intelligence® solutions for
enterprise workforce optimization and security intelligence. Our solutions help
governments and enterprises make sense of the vast information they collect in
order to achieve their performance and security goals. Today our solutions are
used by more than 10,000 organizations in 150 countries. Verint is
headquartered in Melville, New York, with offices worldwide and 2500
dedicated professionals around the globe. You can read about Verint Video
Solutions and get marketing material and product information at
http://www.verint.com/solutions/video-situation-intelligence/index.html.
To contact us for sales, pricing and general inquiries, refer to the coordinates
below:
Location
Contact Information
Americas
[email protected]
+1 866-639-8482 for Nextiva VMS and Nextiva
Intelligent Edge Devices
+1-800-638-5969 for Nextiva Intelligent DVRs
9
Europe, Middle East,
and Africa
[email protected]
Asia/Pacific
[email protected]
© 2013 Verint Video Systems Inc.
+44 (0) 1932 839500
Nextiva Web Interface Help
Location
Contact Information
+ 852 2797 5678
Contacting Service and Support
To request the latest versions of firmware and software or to download other
product-related documents, you need access to the Verint Video Intelligence
Solutions partner extranet. To register, go to https://online.verint.com.
If you encounter any type of problem after reading this guide, contact your
local distributor or Verint representative. For the main service and support
page on the Verint web page, visit http://www.verint.com/solutions/videosituation-intelligence/Nextiva-Service-and-Support/index. For assistance,
contact the customer service team:
Location
Contact Information
USA and Canada
+1-888-747-6246
[email protected]
Open 9:00 am to 5:00 pm (EST) Monday to
Friday
Central and Latin America
+1-303-254-7005
[email protected]
Open 9:00 am to 5:00 pm (EST) Monday to
Friday
Europe, Middle East, and
Africa
+44 (0) 845-843-7333
[email protected]
Open 8:30 am to 5:30 pm (GMT) Monday to
Friday
Asia/Pacific
Hong Kong: +852 2797 5678
Singapore: +65-68266099
[email protected]
Open 9:00 am to 6:30 pm (Monday to
Thursday)
9:00 am to 5:30 pm (Friday)
© 2013 Verint Video Systems Inc.
10
Safety
Safety
Always observe the following precautions to reduce the risk of injury and
equipment damage:
The S1800e series devices are for indoor use only.
Do not connect the S1800e series devices to any cabling (BNC,HDMI, PoE or
otherwise) that runs outdoor.
The S1800e series devices should be placed on a secure flat surface or
mounted using optional hardware.
The S1800e series devices should only be operated in a clean, dry
environment.
For the multiport encoders, the operating temperature is 32ºF to 131ºF (0ºC
to 55ºC), with maximum humidity at 95% non-condensing.
For single and dual port devices except the S1801e-POE, the the operating
temperature is 32ºF to 140ºF (0ºC to 60ºC), with maximum humidity at
95% non-condensing.
For the single port S1801e-POE, the operating temperature is 32ºF to 131ºF
(0ºC to 55ºC), with maximum humidity at 95% non-condensing.
Only use the recommend power cable for powering the S1800e series
devices.
Do not install the S1800e series devices in an enclosed cabinet or other
small area without ventilation.
11
© 2013 Verint Video Systems Inc.
Summary of Changes
This section lists technical updates and new material added to the Nextiva
V3300 User Guide.
Revision 11 - May 2013
This is the eleventh edition of the Nextiva S1800e Series User Guide.
What's New
Update to the Nextiva Onboard Analytics to allow users to enable/disable
surveillance analytics based on external data such as access control
software.
RTSP basic authentication can now use the same credentials as the web
page.
Support for Polish.
Revision 10 - October 2012
This is the tenth edition of the Nextiva S1800e Series User Guide.
What's New
New low cost S1816e-SR multiport encoder.
Revision 9- June 2012
This is the ninth edition of the Nextiva S1800e Series User Guide.
Updates
Device Overview now show the rear of both the S1808e and the S18016e.
© 2013 Verint Video Systems Inc.
12
Revision 8 - March 2012
Revision 8 - March 2012
This is the eight edition of the Nextiva S1800e Series User Guide.
New Feature
Support for AgentVi Video Analytics on the multiport encoders.
Revision 7 - August 2011
This is the seventh edition of the Nextiva S1800e Series User Guide.
What's New
Web Server port text box to allow you to configure the http port number to
use.
DHCP Timeout text box allows you to set the timeout value.
Revision 6 - August 2011
This is the sixth edition of the Nextiva S1800e Series User Guide.
Revision 5 - June 2011
This is the fifth edition of the Nextiva S1800e Series User Guide.
What's New
Control of Pelco-D Type PTZ dome cameras connected to a Nextiva S1800e
encoder is now supported through the Web Interface.
New SNMP Trap for camera tampering.
Support for Real Time Streaming Protocol (RTSP).
S1808e, S1816e, S1808e-A S1816e-A and S1816e-SP:
Supports resolutions up to D1.
13
© 2013 Verint Video Systems Inc.
Summary of Changes
S1801e, S1801e-R or S1801e-R-HD, S1802e, S1808e-A, S1816e-A:
Support for μ-LAW audio codec.
S1801e-R or S1801e-R-HDMI:
Support for decoding video from Nextiva S5000 IP Cameras
S1801e-R-HDMI: New 3 × 2 layout
Updates
Nextiva Onboard Analytics licensing page has been updated.
Revision 4 - December 2010
This is the fourth edition of the Nextiva S1800e Series User Guide.
Updates
The U.S. Environmental Protection Agency (EPA) announced that as a result
of major success in moving the external power adapter market towards
greater and more sustainable energy efficiency, effective December 31,
2010, the EPA is cancelling the Energy Star program for external power
supplies (EPS). To conform to the EPA requirements, Verint is now stating
the efficiency level for all EPS.
Revision 3 - September 2010
This is the third edition of the Nextiva S1800e Series User Guide.
Revision 2 - February 2010
This is the second edition of the Nextiva S1800e Series User Guide.
What's New
S1816e-SP 16-video input encoder, a cost effective version with
performance of up to 4CIF/15fps
TCP/IP communication protocol support
Live Video through the Web Interface
© 2013 Verint Video Systems Inc.
14
Revision 1- October 2009
Revision 1- October 2009
This is the first edition of the Nextiva S1800e Series User Guide.
What's New
8 or 16-video input encoders with up to triple streaming
H.264 and MPEG-4 video up to 4CIF/30fps providing maximum video quality
for minimum data transfer and storage
Compact design accommodating up to 16 video streams in a 1U, 6-inch (15cm) deep enclosure
Seamless integration with IT infrastructure including SNMP support and Dual
LAN interface
Sustainable, environmentally friendly solution with very low power
consumption
Seamless integration with Nextiva Video Management Software for easy
configuration and management
Intuitive Web Interface for configuring and troubleshooting the encoder
8 or 16 dry contacts inputs and 2 or 4 relay outputs for alarm configuration
On-board motion detection
Default serial port settings compatible with the most popular camera data
port configuration
RS-232 (max. 230Kbps) pluggable screw-terminal strip for integration with
access control systems
RS-422/485 2/4 wires (max. 230Kbps) pluggable screw-terminal strip for
motorized domes and camera
15
© 2013 Verint Video Systems Inc.
Chapter
1
S1800e Series Overview
The Nextiva® encoders are enterprise-class, H.264 enabled video encoders
designed for large-scale, geographically distributed operations. These powerful
video devices offer a comprehensive feature set that includes full frame rate
with high resolution video on all ports.
The Nextiva® decoders incorporate advanced H.264 decompression technology
to deliver superior video quality and excellent performance in enterprise,
critical infrastructure, and other video surveillance applications. Designed for
use with all Nextiva S1800e series single- and multi-port encoders and S5000
IP cameras, the decoders are ideal for integration in distributed networks,
including point-to-point applications. These compact decoders supports four
H.264 video streams, displaying up to six tiles on traditional CCTV monitors and
high-definition LCD or plasma monitors
The following topics are discussed:
Hardware Overview
17
Security
24
Frame Rate and Performance for the Single- and Dual-Port Devices
24
Multiport Supported Resolutions
26
Multiport Supported Frame Rates
27
Supported Audio Formats
28
Understanding the LED Indicators
28
RTSP Support
30
Configuring the Input/Output Terminals
31
Hardware Overview
Hardware Overview
The ® S1800e series devices consist of the following models:
Single and Dual Port devices
S1801e
S1801e-PoE
S1801e-R
S1801e-R-HDMI
S1802e
Multiport devices
S1808e
S1808e-A
S1816e
S1816e-A
S1816e-SP
S1816e-SR
Caution
The S1800e series devices are enclosed in a non-weatherproof casing and
should be placed in a location that is not exposed to the outdoor
environment.
S1801e and S1802e Series Encoders and
Decoders
The S1800e series single- and dual-port encoders (S1801e, S1801e-PoE and
S1802e.)couple superior video resolution up to D1 with dramatically lower
bitrate using H.264 video compression, reducing bandwidth and storage
utilization up to 50% over MPEG-4. With support for up to three H.264 video
streams at D1/30fps and storage on the edge - a failover mechanism that
ensures video is recorded in case connection with the management software is
lost - these devices deliver the high reliability of Verint's third-generation
encoders, plus IT-friendly features, easy implementation and maintenance, and
an environmentally friendly design.
17
© 2013 Verint Video Systems Inc.
Chapter 1: S1800e Series Overview
The S1800e series decoders (S1801e-R and S1801e-R-HD)are designed for use
with all S1800e series single- and multi-port encoders and the S5000 IP
Cameras and are ideal for integration in distributed networks, including pointto-point applications. With excellent video quality - up to D1/30fps on every
stream - the S1801e-R provides the high reliability of Verint's third-generation
edge devices, plus IT-friendly features, easy implementation and maintenance,
and a compact, environmentally friendly design.
S1801e/S1801e-POE
S1802e
S1801e-R
S1801e-R-HD
Description
© 2013 Verint Video Systems Inc.
18
Single- and Dual-Port Terminal Block
1. Video input
2. Audio input and output
3. Video output
4. HDMI output
5. One RJ-45 network connector
6. Terminal Block
7. One MicroSD card slot (Only available on encoders)
8. Status LED
9. Reset button
Single- and Dual-Port Terminal Block
Description
1. One 12V DC input
2. One RS-232/422/485
3. One 12V DC output (Only available on the S1801e-POE)
4. One Relay output
5. Two Dry contacts
Product Dimension and Weight
The S1801e and S1802e have the following dimensions:
4.2L × 3.5W× 1.7H in. (106L × 90W × 42H mm)
9.2 oz. (260 g)
19
© 2013 Verint Video Systems Inc.
Chapter 1: S1800e Series Overview
Multi-Port Devices
The S1800e series multi-port encoders delivers high-resolution images for both
recording and live video viewing. The Nextiva S1808e, S1808e-A, S1816e and
S1816e-A video encoders supports H.264 and MPEG-4 video up to D1/30 frames
per second on all ports. In addition to the Nextiva S1808e and S1816e powerful
video encoders, the S1816e-SP is a cost effective version with performance of
up to D1/15fps and comprehensive feature set. By incorporating the H.264
industry-leading video standard - the Nextiva S1800e series offers excellent
image clarity - while reducing use of network bandwidth and storage by up to
50 percent.
The Nextiva S1808e-A and S1816e-A video encoders supports bi-directional
audio: audio input and output. Audio input allows to send audio signals for
listening either live or recorded sounds with synchronized video. Audio output
can be used to communicate back to the encoder location by connecting a
speaker.
S1808e Front
S1816e and S1816e-SP Front
S1816e-SR Front
S1808e Rear
© 2013 Verint Video Systems Inc.
20
Multi-Port Devices
S1816e Rear
S1816e-SP Rear
S1816e-SR Rear
Description
1. Two RJ-45 Network connectors (One RJ-45 Network connector on the
S1816e-SR model)
2. Video Status LEDs
8 on the S1808e
16 on the S1816e
3. Reset button
4. System Status LED
5. Terminal block
6. Video input
8 connectors on the S1808e
16 connectors on the S1816e
7. Audio input connectors, each having two audio line-in or one mic in. ( No
Audio input on the S1816e-SP and S1816e-SR models)
Four connectors on the S1808e
Eight connectors on the S18016e
8. Audio output, each having two audio line-out ( No Audio output on the
S1816e-SP and S1816e-SR models)
Four connectors on the S1808e
Eight connectors on the S1816e
9. One USB port ( No USB port on the S1816e-SR model)
21
© 2013 Verint Video Systems Inc.
Chapter 1: S1800e Series Overview
Multi-Port Terminal Block
S1808e Terminal Block
S1816e and S1816e-SP Terminal Block
S1816e-SR Terminal Block
Description
© 2013 Verint Video Systems Inc.
22
Product Dimension and Weight
1. One 12V DC input
2. One RS-232
3. Relay output
Two on the S1808e
Four on the S1816e
One on the S1816e-SR
4. RS 422/485
5. Dry contacts
8 on the S1808e
16 on the S1816e
4 on the S1816e-SR
Product Dimension and Weight
The S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP and S1816e-SR have the
following dimensions:
17L × 6.6W ×1.7H in. (430L × 67.68W × 42.6H mm)
4.0 lb. (1.8 kg)
Nextiva Onboard Analytics
Nextiva Onboard Analytics is a licensed feature available on the S1808e,
S1808e-A, S1816e and S1816e-A multiport encoders. Nextiva Onboard
Analytics supports up to four video inputs (1, 2, 5, and 6 on the S1808e) and (1,
2, 9, and 10 on the S1816e).
Note
The S1816e-SP and S1816e-SR do not support Nextiva Onboard Analytics.
The Onboard Analytics Web Console is accessible through the Web Interface
and the Analytics Web Console allows you to view video channels, create video
analytics rules, configure your device for analytics, and change parameters
that control how events are detected.
23
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Chapter 1: S1800e Series Overview
Security
Every S1800e series device comes with a unique SSL (Secure Sockets Layer)
certificate for securing its IP link. SSL is a commonly used protocol for
managing the security of IP message transmission. With the SSL protocol, the
following data: Web Control Data, and VSIP communication are secured. For
more information on activating the SSL security, refer to the SConfigurator
User Guide, Web Interface User Guide or your Nextiva Administration Guide.
Frame Rate and Performance for the
Single- and Dual-Port Devices
The S1801e and S1802e encoders support H.264 and MJPEG video up to
D1/30fps on all streams simultaneously for up to 10Mbps.
The available video frame rates (frames per second) of each encoder are:
NTSC-1, 2, 3, 3.75, 5, 6, 7.5, 10, 15, or 30 fps
PAL-1, 2.5, 5, 6.75, 8.33, 12.5, or 25 fps
Encoders 1, 2 and 3 are H.264 and Encoder 4 is MJPEG.
A typical scenario would be using encoder 1 as the recorder, since it is the
primary H.264 encoder. Encoder 3 or 4 can be used for viewing or recording,
depending if you want to view live video in H.264 or MJPEG.
Supported Resolution
The following table lists the video resolutions supported by the S1801e and
S1802e encoders.
Resolution
NTSC
PAL
CIF
352 × 240
352 × 288
2CIF
704 × 240
704 × 288
4CIF
704 × 480
704 × 576
D1
720 × 480
720 × 576
© 2013 Verint Video Systems Inc.
24
Supported Frame Rates
Supported Frame Rates
The following table lists the performance that each video encoder on the
S1801e and S1802e encoders can achieve with the H.264 compression mode
using single-stream encoding. For other encoding values, refer to the Nextiva
Edge Devices Stream Performance document, available on the Verint extranet:
https://online.verint.com/.
Resolution
NTSC
PAL
CIF
30 fps
25 fps
2CIF
30 fps
25 fps
4CIF
30 fps
25 fps
D1
30 fps
25 fps
Supported Decoding Resolution and Tile
Layout
The following table lists the displayed video resolutions supported by the
S1801e-R and S1801e-R-HD decoders. The monitor used must support one of
these resolutions.
Note
The S1801e-R decoder is available in two models with different connector
types (BNC and HDMI). For the HDMI model, HDTV standard is used, which is
independent of NTSC/PAL standards.
Resolution
NTSC
PAL
Frames per Second
CIF
352 × 240
352 × 288
30
2CIF
704 × 240
704 × 288
30
4CIF
704 × 480
704 × 576
30
D1
720 × 480
720 × 576
30
640×480p60a
640 × 480
60
480p60a
720 × 480
60
576p50a
720 × 576
50
HD720p50/60a
1280 × 720
50/60b
HD1080i50/60a
1920 × 1080
50/60b
aApplies only to the HDMI decoder.
bField per second
25
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Chapter 1: S1800e Series Overview
Supported Tile Layout
The following table lists the supported video decoding resolution on each tile by
each mode on the S1801e-R and S1801e-R-HD.
Tiles
1
Single
CIF
2
3
4
5
6
None
None
None
None
None
CIF
CIF
CIF
CIF
None
None
2CIF
2CIF
2CIF
2CIF
4CIF
4CIF
4CIF
4CIF
D1
D1
D1
D1
CIF
CIF
CIF
CIF
CIF
CIF
2CIF
2CIF
2CIF
2CIF
2CIF
2CIF
4CIF
4CIF
4CIF
4CIF
4CIF
4CIF
D1
D1
D1
D1
D1
D1
2CIF
4CIF
D1
<= 2 Megapixela
Quad
<= 1 Megapixela
3 x 2a
<= 1 Megapixela
Multiport Supported Resolutions
The S1808e, S1808e-A, S1816e and S1816e-A encoders support H.264 and
MPEG-4 video up to 4CIF/30 frames per second on all ports. The S1816e-SP and
S1816e-SR are a cost effective encoders and supports H.264 video up to
4CIF/15 frames per second on all ports and can be configured in dual or triple
stream modes.
The available video frame rates (frames per second) of each encoder are:
NTSC-1, 2, 3, 3.75, 5, 6, 7.5, 10, 15, or 30 fps
PAL-1, 2.5, 5, 6.75, 8.33, 12.5, or 25 fps
aOnly Supported on the HDMI Decoder.
© 2013 Verint Video Systems Inc.
26
Multiport Supported Frame Rates
Encoders 1 and 2 are H.264 and Encoder 3 is MPEG4. You can customize each
encoder to meet the system requirements in terms of frame rate and
resolution.
A typical scenario would be using encoder 1 as the recorder, since it is the
primary H.264 encoder. Encoder 2 or 3 can be used for viewing or recording,
depending if you want to view live video in H.264 or MPEG4.
The following table lists the video resolutions supported by the S1800e series
multi-port encoders.
Resolution
NTSC
PAL
CIF
352 × 240
352 × 288
2CIF
704 × 240
704 × 288
4CIF
704 × 480
704 × 576
D1
720 × 480
720 × 576
Multiport Supported Frame Rates
The following table lists the performance that each video encoder on the
S1800e series encoders can achieve with the H.264 compression mode using
single-stream encoding. For other encoding values, refer to the Nextiva Edge
Devices Stream Performance document, available on the Verint extranet:
https://online.verint.com/.
NTSC
PAL
S1816e-SP and
S1808e
S1808e
S1816e-SR
Resolution and
and
Single
Dual
a
S1816e
S1816e
H.264 H.264
S1816e-SP and
S1816e-SR
Single
H.264
Dual
H.264
CIF
30 fps
30 fps
30 fps
25 fps
25 fps
25 fps
2CIF
30 fps
30 fps
30 fps
25 fps
25 fps
25 fps
4CIF
30 fps
15 fps
N/A
25 fps
12.5 fps
N/A
D1
30 fps
15 fps
N/A
25 fps
12.5 fps
N/A
aincludes the audio models
27
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Chapter 1: S1800e Series Overview
Supported Audio Formats
The S1801e, S1802e, S1808e-A, S1816e-A, S1801e-R and S1801e-R-HD
supports bi-directional audio: audio input and output. Audio input allows you to
capture audio signals from a camera, provided that it supports audio, at the
same time it captures video.
Currently, the S1800e series devices support the following audio formats:
Sampling
Frequency
Bits per Sample Bitrate
PCM (no
compression)
8 kHz
16 bits/data
28 kbits/sec
(8kHz)
G.711/μ-Law (8
bits)
8 kHz
14 bits
signed/data
64 kbits/sec
Codec
Note
The S1816e-SR and S1816e-SR do not support audio.
Understanding the LED Indicators
The S1800e series devices have two types of tri-colored (red-orange-green)
LEDs: One system status LED and either 1, 8 or 16 video status LEDs depending
on the model.
System Status LED
The system status LED provides a visual indication on the current state of the
device.
LED Pattern
Description
Steady red for 0.5 sec The encoder is powering up, phase 1 (bootloader
and steady orange for section).
15 sec.
Steady green
The encoder is powering up, phase 2 (operating system
is starting up).
Flashing red (1 sec.
intervals)
The IP address is assigned to another device on the
network. The encoder is now using APIPA addressing
format.
Flashing green (1 sec. The firmware has started, the encoder is connected to
intervals)
the network, but no serial data is transmitted.
© 2013 Verint Video Systems Inc.
28
Video Status LEDs
LED Pattern
Description
Flashing green (0.2
sec. intervals)
The firmware has started, the encoder is connected to
the network, and serial data is transmitted.
Flashing green (3 sec. The firmware has started, but the encoder is not
intervals)
connected to the network.
Flashing green-red (1 The encoder is undergoing a firmware update.
sec. intervals)
Flashing red (0.1 sec. The encoder is being identified.
intervals)
Flashing orange (1
sec intervals)
The encoder failed to boot normally and entered
recovery mode. The firmware needs to be updated
through SConfigurator or the Web Interface. The
encoder is using the static IP address assigned by the
user.
Flashing orange (3
blinks at 1 sec
intervals) and 2 quick
red pulses (0.5 sec
interval)
The encoder failed to boot normally and entered
recovery mode. The firmware needs to be updated
through SConfigurator or the Web Interface. The
encoder is using the APIPA addressing format.
Flashing red-orange
(1 sec intervals)
There is an internal error that is preventing the
encoder from starting normally. Shut down the
encoder, wait 30 seconds, then start it again. If the
condition persists, call Verint Video Solutions support.
LED not lit
Check the power supply and cabling. If power is
available and the LED stays off, call Verint Video
Solutions support.
Video Status LEDs
The video status LEDs provides a visual indication on the current state of the
video connection between the encoder and each analog video source.
LED Pattern
Description
Steady green
An analog video source is connected to the corresponding
input but video is not transmitted.
Flashing green
An analog video source is connected to the corresponding
(0.2 sec. interval) input and encoded video is transmitted.
29
Steady Red
No analog video source is detected on the corresponding
input and encoded video is not transmitted.
Flashing red (0.2
sec. intervals)
No analog video source is detected on the corresponding
input but encoded video (red/blue frame) is transmitted.
© 2013 Verint Video Systems Inc.
Chapter 1: S1800e Series Overview
LED Pattern
Description
Flashing greenred (1 sec.
intervals)
The encoder is undergoing a firmware update.
For multiport
Video cable is connected, but the video standard is
encoders:
incorrect and no video is streaming from the input.
Steady orange
For single/dual
port encoders:
Flashing green (3
times) and orange
(1 time)
Flashing orange
Video cable is connected and video is streaming from the
input, but the video standard is incorrect.
RTSP Support
Real Time Streaming Protocol (RTSP) is an application-level protocol for the
transfer of real-time video data. The S1800e series support the RTSP protocol
to stream H.264 and MPEG4 video to third party media players like VLC or
Apple QuickTime.
Note
The S1800e series does not support the streaming of audio.
The URL to view video from S1800e series is: rtsp://<unit_ip_
address>/media/<channel>/video/<index>
Where:
<unit_ip_address> is the IP address of the S1800e
<channel> is the input number (1 to 8 for S1808e, 1 to 16 for S1816e and 1
for S1801e)
<index> is the encoder number (1-3 for the S1808e and S1816e (encoders 1
and 2 will stream in H.264 and encoder 3 will stream in MPEG4), 1 to 4 for
the S1801e (encoders 1 to 3 will stream in H.264 and encoder 4 will stream
in MPEG4).
Note
RTSP is not available when the global security profile is enabled.
© 2013 Verint Video Systems Inc.
30
Configuring the Input/Output Terminals
Configuring the Input/Output Terminals
The rear panel of the S1800e series devices has 1, 2, 8 or 16 dry contact inputs
and 1, 2 or 4 relay output terminals for triggers and alarms depending on the
model. Using a video management software such as Nextiva Video
Management Software, you can create scenarios with Nextiva VMS Event
Manager to generate a response through the relay outputs to pre-defined
system and motion events detected in Nextiva from sensors connected to the
dry contact inputs. For complete information on using the Nextiva VMS Event
Manager, refer to the current Nextiva VMS Administration Guide.
31
© 2013 Verint Video Systems Inc.
Chapter
2
Installing the Single-and
Dual-Port Devices
This chapter describes the installation and configuration steps you need to
perform to prepare the S1800e series devices for operation.
Caution
The S1800e series devices are enclosed in a non-weatherproof steel casing
and should be placed in an indoor environment.
The following topics are discussed:
Package Contents
33
Installing on a Flat Surface
33
Installing in a Rack
33
Powering the Devices
35
Powering the S1801e-POE
37
Connecting Analog Cameras
37
Connecting Network Cables
38
Connecting a Serial Device
39
Connecting Audio Inputs
43
Connecting Audio Output
43
Package Contents
Package Contents
Each installation kit contains the following:
One S1801e, S1801e-PoE, S1802e, S1801e-R or S1801e-R-HD device
One set of rack-mount brackets with four screws (Philips M3 x 6mm pan
head)
One Nextiva S1800e series Quick Installation Guide
PS12: Efficiency level V compliant power supply
Optional Accessories
You can order the following power supplies when purchasing the encoder or
decoder:
VRM8: 19-inch rack mount panel for eight units (single- or dual-ports
devices)
PSPOE: 802.3af compliant Power over Ethernet injector
Installing on a Flat Surface
This section explains how to install the S1800e on a desktop or flat surface.
► To install on a flat surface
1. Remove any debris and dust from the surface as well as the surrounding
area.
2. Place the device on the flat surface.
3. Ensure that you have access to both the front and rear of the device and that
the fan airflow is not blocked.
Installing in a Rack
This section explains how to install the device in a rack.
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Chapter 2: Installing the Single-and Dual-Port Devices
► To install in a rack
1. Remove the two screws from the S1800e series device.
2. Screw the S1800e series device to the rackmount plate using 5 in-lb (0.56
© 2013 Verint Video Systems Inc.
34
Powering the Devices
N-m) force with the provided screws.
3. Slide the device into the 3U mounting space in the rack cabinet.
4. Secure the device to the rack cabinet using the screws supplied with the
rack.
Powering the Devices
The S1801e and S1802e encoders consumes up to 5W of power, while the
S1801e-R and S1801e-R-HDMI consumes up to 4W of power.
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Chapter 2: Installing the Single-and Dual-Port Devices
► To power the devices
1. Remove the terminal block plug from the rear of the device.
2. Verify the polarity of each wire from the power supply according to the
attached label.
3. Connect the positive power wire in the corresponding +12V pole and the
negative power wire in the corresponding GND pole on the terminal block
plug.
4. Connect the terminal block plug to the on the rear of the device.
5. Connect the power supply to an outlet or UPS.
6. If required, connect the serial ports of the S1800e device to a PTZ camera.
© 2013 Verint Video Systems Inc.
36
Powering the S1801e-POE
Powering the S1801e-POE
The S1801e and S1802e encoders consumes up to 5W of power, while the
S1801e-R and S1801e-R-HDMI consumes up to 4W of power.
► To power the S8101e-POE
1. Plug a straight-through Ethernet cable into the LAN 10/100 (RJ-45)
connector on the back of the S1801e-POE encoder.
2. Plug the other end of the cable into a POE Ethernet switch or to the
Data&PWR port of a POE injector. If you use a PoE injector, make sure the
Data port of the injector is properly connected to the Ethernet switch.
Connecting Analog Cameras
The following procedure describes how to connect analog cameras directly to
the device.
37
© 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices
► To connect analog cameras
1. Connect the video cables from the analog cameras to the BNC connectors on
the rear of the device.
Connecting Network Cables
Use the following procedure to connect the network cable to the device.
► To connect network cables
1. Plug a straight-through ethernet cable to the LAN 10/100 connector on the
rear.
© 2013 Verint Video Systems Inc.
38
Connecting a Serial Device
Connecting a Serial Device
RS-232, RS-422 and RS-485 are communication standards between a Data
Terminal Equipment (DTE) and a Data Circuit-terminating Equipment (DCE)
using the asynchronous serial communication method.
Most serial equipments such as PTZ cameras, keyboards, matrixs,
multiplexers, or access cards conform to the RS-232 or RS-422/485 standards.
The S1800e series devices supports the RS-232, RS-422, and RS-485
asynchronous protocols using pluggable screw-terminal strips. For any other
protocol, you may need a converter.
Note
The S1800e series devices come with a terminal block plug to attach RS-232,
RS-422/485 devices to the S1800e series.
Connecting RS-232 Devices
The RS-232 standard is used in some analog cameras and computer serial
ports. Before connecting the S1800e series device to a RS-232 serial
equipment, you need to determine if they are data terminal equipment (DTE) or
data communication equipment (DCE).
When connecting two modules of the same type, you have to cross the data
wires to create a communication. On the other hand, when connecting a DTE
with a DCE, a straight cable is required.
39
© 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices
► To connect RS-232 devices
1. Remove the terminal block plug from the rear of the device.
2. Connect a twisted pair cable to the terminal block plug as shown below.
3. Connect the terminal block plug to the rear of the device.
Connecting RS-422/485 Four-Wires
Most target devices (keyboards, PTZ cameras, monitors) use the RS-422/485
protocol for communication.
Using a twisted pair cable, connect the signals as shown in the table below.
Signal on Peripheral
Signal on S1800e
Tx+
Tx+
Tx-
Tx-
Rx+
Rx+
Rx-
Rx-
ground
ground
Note
On some equipment, signal terminology may vary. Refer to the peripheral
documentation to find the equivalent terms.
© 2013 Verint Video Systems Inc.
40
Connecting RS-422/485 Four-Wires
► To connect RS-422/485 four-wires devices
1. Remove the terminal block plug from the rear of the device.
2. Connect a twisted pair cable to the terminal block plug as shown below.
3. Connect the terminal block plug to the rear of the device.
41
© 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices
Connecting RS-485 Devices
In order to connect an RS-485 device to the S1800e, you will need to create a
Data+ and a Data- signal from the existing Tx and Rx signals.
Use the following table to help you make the proper connection to a two-wire
RS-485 serial device, where the Tx signals are for input and the Rx signals are
for output.
Note
On some equipment, signal terminology may vary. Refer to the peripheral
documentation to find the equivalent terms.
Signal on Peripheral
Signal on EdgeVR
Data+
Data+
Data-
Data-
ground
ground
► To connect RS-485 devices
1. Remove the terminal block plug from the rear of the device.
2. Create the Data- signal by wiring the Tx- and Rx- pins together on the
terminal block plug.
3. Connect a twisted pair cable to the terminal block plug.
4. Connect the terminal block plug to the rear of the device.
© 2013 Verint Video Systems Inc.
42
Connecting Audio Inputs
Connecting Audio Inputs
The S1801e and S1802e supports bi-directional audio: audio input and output.
Audio input allows you to capture audio signals from a camera, provided that it
supports audio, at the same time it captures video.
Currently, the S1800e series devices support the following audio formats:
Sampling
Frequency
Bits per
Sample
PCM (no
compression)
8 kHz
16bits/data
28 kbits/sec
(8kHz)
G.711/μ-Law (8
bits)
8 kHz
14 bits
signed/data
64 kbits/sec
Codec
Bitrate
► To connect audio inputs
1. Insert a microphone, single cable or Y connector into the Audio In connector
on the rear.
2. Plug the audio cable from the audio source to the Y connector.
Connecting Audio Output
The S1801e and S1802e can be configured to communicate requests,
instructions, or other information to a site.
43
© 2013 Verint Video Systems Inc.
Chapter 2: Installing the Single-and Dual-Port Devices
► To connect audio outputs
1. Insert the cable of the speaker into Audio Out audio output connector on the
rear.
2. Connect the other end of the connector to an external speaker.
© 2013 Verint Video Systems Inc.
44
Chapter
3
Installing the S1800e Series
Multiport Devices
This chapter describes the installation and configuration steps you need to
perform to prepare the S1800e series devices for operation.
Caution
The S1800e series devices are enclosed in a non-weatherproof steel casing
and should be placed in an indoor environment.
The following topics are discussed:
Package Contents
46
Installing on a Flat Surface
46
Installing in a Rack
47
Powering the Multiport Devices
48
Connecting Analog Cameras
49
Connecting Network Cables
50
Connecting a Serial Device
50
Connecting Audio Inputs
54
Connecting Audio Output
54
Package Contents
Package Contents
Each installation kit contains the following:
One S1808e, S1808e-A, S1816e, S1816e-A, S1816e-SP or S1816e-SR device
One set of rack-mount brackets with four screws (Philips M3 × 6mm pan
head)
One Nextiva S1800e series Quick Installation Guide
Optional Accessories
You can order the following power supplies when purchasing the multiport
encoders:
PS1261: Efficiency level V compliant power supply for S1800e series
multiport devices.
PS1281: 19-inch rack mountable power supply for up to ten multiport
devices.
PS1282-10: 19-inch rack mountable power supply for up to 10 - S1800e
series multiport devices.
PS1282-20: 19-inch rack mountable power supply for up to 20 - S1800e
series multiport devices.
PDP10-2: 19-inch 1U power distribution panel rack mount to connect up to
ten S1800e series devices
Installing on a Flat Surface
This section explains how to install the S1800e on a desktop or flat surface.
► To install on a flat surface
1. Remove any debris and dust from the surface as well as the surrounding
area.
2. Place the device on the flat surface.
3. Ensure that you have access to both the front and rear of the device and that
the fan airflow is not blocked.
46
© 2013 Verint Video Systems Inc.
Chapter 3: Installing the S1800e Series Multiport Devices
Installing in a Rack
This section explains how to install the device in a rack.
► To install in a rack
1. Align the mounting brackets with the holes on the side of the S1800e series
device.
2. Screw the rack-mount brackets to the device using 5 in-lb (0.56 N-m) force
with the provided screws.
3. Slide the device into the 1U mounting space in the rack cabinet and ensure
that the fan airflow is not blocked.
4. Secure the device to the rack cabinet using the screws supplied with the
rack.
© 2013 Verint Video Systems Inc.
47
Powering the Multiport Devices
Powering the Multiport Devices
You can use the PS1261 or any other certified power supply to connect to the
S1800e series devices. If you plan on using a power supply other than the
PS1261, ensure that it is certified with an output voltage rating of 12V DC and
an output current rating of 1.8A up to 3A. The power wire gauge should be in
the wire range of 28-16 AWG in order to properly engage the terminal block
plug.
► To power the devices
1. Remove the terminal block plug from the rear of the device.
2. Verify the polarity of each wire from the power supply according to the
attached label.
3. Connect the positive power wire in the corresponding +12V pole and the
negative power wire in the corresponding GND pole on the terminal block
plug and screw them into place using 1.7 in-lb (0.19 N-m) force.
4. Connect the terminal block plug to the on the rear of the device.
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Chapter 3: Installing the S1800e Series Multiport Devices
5. Connect the power supply to an outlet or UPS.
6. If required, connect the serial ports of the S1800e device to a PTZ camera.
Note
If you are using the PS1281 or the PS1282 power supply with a PDP10-2 power
distribution panel, refer to the PDP10-2 Installation Guide that is shipped with
the PDP10-2 to set up the power distribution panel.
Connecting Analog Cameras
The following procedure describes how to connect analog cameras directly to
the device.
► To connect analog cameras
1. Connect the video cables from the analog cameras to the BNC connectors on
the rear of the device.
© 2013 Verint Video Systems Inc.
49
Connecting Network Cables
Connecting Network Cables
The primary network interface (LAN-1) on the S1800e series is for the main
connectivity to the LAN.
The secondary network interface (LAN-2) on the S1800e series encoder is used
by support for debugging purposes. The default IP address of LAN 2 is set to
172.29.204.254 with subnet mask 255.255.255.252. Any computer connecting
to the S1800e series encoder must use the following IP address
172.29.204.253.
Note
LAN-2 is not available on the S1816e-SR model.
Connection
Purpose
LAN-1
Primary LAN/WAN connectivity.
LAN-2
Secondary LAN connectivity used by Verint support.
► To connect network cables
1. Plug a straight-through Ethernet cable to the LAN 1 connector on the rear.
Connecting a Serial Device
RS-232, RS-422 and RS-485 are communication standards between a Data
Terminal Equipment (DTE) and a Data Circuit-terminating Equipment (DCE)
using the asynchronous serial communication method.
Most serial equipments such as PTZ cameras, keyboards, matrixs,
multiplexers, or access cards conform to the RS-232 or RS-422/485 standards.
The S1800e series devices supports the RS-232, RS-422, and RS-485
asynchronous protocols using pluggable screw-terminal strips. For any other
protocol, you may need a converter.
Note
The S1800e series devices come with a terminal block plug to attach RS-232,
RS-422/485 devices to the S1800e series.
50
© 2013 Verint Video Systems Inc.
Chapter 3: Installing the S1800e Series Multiport Devices
Connecting RS-232 Devices
The RS-232 standard is used in some analog cameras and computer serial
ports. Before connecting the S1800e series device to a RS-232 serial
equipment, you need to determine if they are data terminal equipment (DTE) or
data communication equipment (DCE).
When connecting two modules of the same type, you have to cross the data
wires to create a communication. On the other hand, when connecting a DTE
with a DCE, a straight cable is required.
► To connect RS-232 devices
1. Remove the terminal block plug from the rear of the device.
2. Connect a twisted pair cable to the terminal block plug as shown below.
3. Connect the terminal block plug to the rear of the device.
© 2013 Verint Video Systems Inc.
51
Connecting RS-422/485 Four-Wires
Connecting RS-422/485 Four-Wires
Most target devices (keyboards, PTZ cameras, monitors) use the RS-422/485
protocol for communication.
Using a twisted pair cable, connect the signals as shown in the table below.
Signal on Peripheral
Signal on S1800e
Tx+
Tx+
Tx-
Tx-
Rx+
Rx+
Rx-
Rx-
ground
ground
Note
On some equipment, signal terminology may vary. Refer to the peripheral
documentation to find the equivalent terms.
► To connect RS-422/485 four-wires devices
1. Remove the terminal block plug from the rear of the device.
2. Connect a twisted pair cable to the terminal block plug as shown below.
3. Connect the terminal block plug to the rear of the device.
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Connecting RS-485 Devices
In order to connect an RS-485 device to the S1800e, you will need to create a
Data+ and a Data- signal from the existing Tx and Rx signals.
Use the following table to help you make the proper connection to a two-wire
RS-485 serial device, where the Tx signals are for input and the Rx signals are
for output.
Note
On some equipment, signal terminology may vary. Refer to the peripheral
documentation to find the equivalent terms.
Signal on Peripheral
Signal on EdgeVR
Data+
Data+
Data-
Data-
ground
ground
► To connect RS-485 devices
1. Remove the terminal block plug from the rear of the device.
2. Create the Data- signal by wiring the Tx- and Rx- pins together on the
terminal block plug.
3. Connect a twisted pair cable to the terminal block plug.
4. Connect the terminal block plug to the rear of the device.
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Connecting Audio Inputs
Connecting Audio Inputs
This section explains how to connect audio devices to the S1800e multiport
encoders. The
audio-in connectors support two audio-mono line-in or one microphone. For the
line-in, you can use a RCA mono 3.5 mm stereo adapter.
The S1800e multiport encoders support the following audio formats:
Sampling
Frequency
Bits per
Sample
PCM (no
compression)
8 kHz
16bits/data
28 kbits/sec
(8kHz)
G.711/μ-Law (8
bits)
8 kHz
14 bits
signed/data
64 kbits/sec
Codec
Bitrate
Note
The S1816e-SP and S1816e-SR models do not support audio in.
► To connect audio inputs
1. Insert a microphone, single cable or Y connector into the Audio In connector
on the rear.
2. Plug the audio cable from the audio source to the Y connector.
Connecting Audio Output
The S1800e multiport encoders an be configured to communicate requests,
instructions, or other information to a site.
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Note
The S1816e-SP and S1816e-SR models do not support audio out.
► To connect audio outputs
1. Insert the cable of the speaker into Audio Out audio output connector on the
rear.
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Chapter
4
Using SConfigurator for
Configuration
Once you have connected all the equipment to the device, you can begin
configuring the device to ensure that it can communicate with the attached
devices and with a video management software over the network. In order to
configure the device, you first need to obtain the IP address using
SConfigurator.
SConfigurator is a PC-based administration tool that you can use over any
TCP/IP network.
Caution
Any changes made using the video management software will override the
changes made using SConfigurator or the Web Interface.
The following topics are discussed:
Setting SConfigurator
57
Discovering Devices
58
IP Address Configuration
59
Configuring the Serial Ports
62
Setting the H.264 Encoding Mode for the S1816e-SP or S1816e-SR
70
Setting the Video Standard
72
Video Profile
74
Configuring the Device Video Properties
74
Configuring the Input Properties
77
Setting the SNMP Properties
78
Audio Properties
80
Setting SConfigurator
Setting SConfigurator
Before you can use SConfigurator to discover devices on the network, you need
to set the initial parameters.
► To set SConfigurator
1. Download the latest version of SConfigurator.
2. Extract the executable file (SConfigurator.exe) to the desktop.
3. Double-click SConfigurator.exe to start SConfigurator.
4. In the General tab, click Program Options.
5. Select the IP address of the correct LAN interface from IP Address of the
PC list.
SConfigurator automatically detects the IP address unless you are using two
Ethernet cards or are using virtual private network (VPN).
6. Select Detect All Units on LAN.
SConfigurator will discover all devices connected to the same LAN as the PC
and having the same VSIP port as SConfigurator will be discovered, even
those whose IP addresses are not part of the same subnet as the computer.
This parameter works only with the broadcast detection method.
SConfigurator automatically switches to broadcast, even if the Discovery
IP Address box displays the multicast address.
7. Ensure that the VSIP Port is 5510; otherwise, click Default. This port
number must be the same in SConfigurator and in the devices to be
configured. The default VSIP port is 5510.
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Note
VSIP ports 9541, 65500, and those under 1024 are reserved and should
never be used, not even for serial port, video, or audio communication.
The maximum value is 65535.
8. Ensure that the Discovery IP Address is 255.255.255.255; otherwise,
click Broadcast. The communication method and associated IP address
SConfigurator will use to detect Nextiva devices on the network. Contact
your system administrator to know which method your network supports.
Possible methods are:
Broadcast: Sending a message to all devices physically connected to the
same network as SConfigurator; it may not reach devices on other LANs.
The broadcast IP address is 255.255.255.255. (Default).
Multicast: Sending a message to a selected group of devices. With the
multicast method, SConfigurator can discover devices located across
multiple networks, but not through the Internet. The current multicast IP
address is 224.16.32.1 and should not be changed.
9. Click OK.
Discovering Devices
By default, the S1800e series devices are Dynamic Host Configuration Protocol
(DHCP) enabled. Use SConfigurator to obtain the IP address of the encoder. If
you have a DHCP server, the encoder will automatically obtain a valid IP
configuration.
► To discover devices
1. Start SConfigurator.
2. Select the Units tab, then click Discover. The information displayed for the
will vary depending on whether your network is using a DHCP server or not.
In a DHCP environment, the Unit Name column in the Units box displays
the model name and a unique alpha-numeric value that corresponds to the
MAC address of the encoder.
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IP Address Configuration
In APIPA mode, the Unit Name column in the Units box displays Unknown
and the first two octets of the IP address in the Address column is 169.254.
Use the following procedure to set the IP address for the encoder.
IP Address Configuration
By default, all S1800e series devices are Dynamic Host Configuration Protocol
(DHCP ) enabled. If you have a DHCP server, the device will automatically
obtain a valid IP configuration. If the DHCP configuration fails, the device
assigns itself a temporary IP address based on the Automatic Private IP
Addressing (APIPA ) addressing format.
Note
If you plan on using the S1800e series devices with the Nextiva video
management software, you need to disable the DHCP setting and manually set
an IP address for the device.
The APIPA scheme, available on the Windows operating systems, allows a
device to assign itself a temporary IP address until it receives a complete
network configuration, either manually or from a DHCP server.
A device in APIPA mode does not reside on the same subnet as the other
devices on the IP network. Therefore, it may not be able to view or be visible
by the other devices. All Nextiva edge devices use the following temporary
APIPA configuration:
IP address: 169.254.X.Y (where X and Y are based on the last two octets of
the MAC address of the device)
Subnet mask: 255.255.0.0
Gateway: 169.254.*.*
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Setting a DHCP IP Address
The S1800e series devices automatically obtains the IP network configuration
from a DHCP server. Use this procedure if you are switching an encoder from a
manual configuration to one using a DHCP server.
► To set a DHCP address
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Network > IP.
5. Select Obtain an IP automatically (DHCP).
6. Click OK to close the Unit Configuration dialog box.
7. Click Exit.
Setting a Static IP Address
If you plan on using the S1800e series devices with the Nextiva video
management software, you need to disable the DHCP setting and manually set
a static IP address.
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Setting a Static IP Address
► To set a static IP address
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Network > IP.
5. Select Use the following IP address. 6. In the IP Address box, type the device IP address.
7. In the Subnet Mask box, type the address specifying the subnet in which
the IP address belongs.
8. In the Gateway box, type the IP address of the server that acts as an
access point to another network.
Note
You do not need to use a gateway if the device communicates with other
devices on the same subnet.
9. In the Host Name box, type a unique name for the device.
10. Click OK to close the Unit Configuration dialog box.
11. Click Exit.
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Configuring the Serial Ports
Once the serial equipment is connected to the device, you need to ensure that
both devices can communicate with each other.
Note
For complete information about serial port parameters and the settings to use,
refer to the serial equipment documentation or contact the product
manufacturer.
Configuring the RS-232 Serial Port Using
SConfigurator
Use the following procedure to configure an RS-232 device using SConfigurator.
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Configuring the RS-232 Serial Port Using SConfigurator
► To configure the RS-232 port
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1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Serial Port.
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Configuring the RS-232 Serial Port Using SConfigurator
5. Select one of the following:
(Single- and Dual-Port devices) RS-232/422/485.
(Multiport devices) RS-232.
6. In the Baud Rate list, select the data rate used by the serial equipment.
7. In the Parity list, select the parity bit used by the serial equipment. Parity
bits determine if the data has been sent accurately over the network.
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8. In the Stop bits list, select the stop bits used by the serial equipment. Stop
bits let the receiver know that the byte being transmitted has ended.
9. In the Data bits list, select the data bits used by the serial equipment. Data
bits represents the number of bits in each data that is sent over the
network. Eight data bits are universally used in most applications.
10. (Single- and Dual-Port devices) In the Operation Mode, select the way the
serial equipment interfaces with the device.
11. Click OK to close the Unit Configuration dialog box.
12. Click Exit.
Configuring the RS-422/485 Serial Port
Using SConfigurator
Use the following procedure to configure the RS-422/485 port using
SConfigurator.
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Configuring the RS-422/485 Serial Port Using SConfigurator
► To configure the RS-422/485 port
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1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Serial Port.
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Configuring the RS-422/485 Serial Port Using SConfigurator
5. Select one of the following:
(Single- and Dual-Port devices) RS-232/422/485.
(Multiport devices) RS-422/485.
6. In the Baud Rate list, select the data rate used by the serial equipment.
7. In the Parity list, select the parity bit used by the serial equipment. Parity
bits determine if the data has been sent accurately over the network.
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8. In the Stop bits list, select the stop bits used by the serial equipment. Stop
bits let the receiver know that the byte being transmitted has ended.
9. In the Data bits list, select the data bits used by the serial equipment. Data
bits represents the number of bits in each data that is sent over the
network. Eight data bits are universally used in most applications.
10. (Single- and Dual-Port devices) In the Operation Mode, select the way the
serial equipment interfaces with the device.
11. Click OK to close the Unit Configuration dialog box.
12. Click Exit.
Setting the H.264 Encoding Mode for the
S1816e-SP or S1816e-SR
The S1816e--SP and S1816e-SR supports H.264 and MPEG-4 video on all 16
ports and can be configured in dual or triple stream modes. By default, the
S1816e-SP is set to dual stream mode consisting of a single high-performance
H.264 stream and a single MPEG-4 stream per video input. However, you can
set it to triple stream mode consisting of two H.264 streams with lower
resolution and framerate and a single MPEG-4 stream per video input.
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Setting the H.264 Encoding Mode for the S1816e-SP or S1816e-SR
► To configure the H.264 encoding mode
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit.
5. In the Unit Name box, from the Performance Mode list, select the H.264
streaming mode. You can select from:
Single H.264: A single high-performance H.264 stream and a single
MPEG-4 stream per video input.
Single H.264 (Legacy): A single high-performance H.264 stream and a
single MPEG-4 stream per video input.
Dual H.264: Two H.264 streams with lower resolution and framerate
and a single MPEG-4 stream per video input.
6. Click Reboot Unit for the change to take effect.
7. Click OK to close the Unit Configuration dialog box.
8. Click Exit.
Caution
Once you have added the S1816e--SP or S1816e-SR to Nextiva Control
Center, changing the mode requires that you delete the device from
Nextiva Control Center and then use SConfigurator to change the mode;
you will be required to add the device again in Nextiva Control Center.
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Setting the Video Standard
The S1800e series device can run in one of two video standards (NTSC or PAL)
and you can use different standards when deploying the devices across multiple
sites. The two video standards settings are:
National Television Standards Committee (NTSC) is the standard that is used in
most of the Americas, a number of South American countries, and some Asian
countries, including Japan. NTSC uses the format of 525 picture lines and a
60Hz lighting frequency.
Phase Alternation by Line (PAL) is the standard in the United Kingdom, much of
Western Europe, several South American countries, some Middle East and
Asian countries, several African countries, Australia, New Zealand, and other
Pacific island countries. PAL uses the format of 625 picture lines and a 50Hz
lighting frequency.
Caution
You should change the video profile settings using a video management
software.
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Setting the Video Standard
► To set the video standard
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Video.
5. In the Standard list, select the analog display standard of the region. You
can select from the following:
NTSC
PAL
6. Click OK.
7. Click Exit.
Note
The device will reboot after you click OK.
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Video Profile
Video Profiles define both the quality of the video images and the storage and
bandwidth requirements of the video files. All Video Profiles include at least the
following settings: frame rate, resolution, and bit rate. For each video input,
you can configure the image parameters. With each video input, the S1800e
series devices supports up to quad-stream encoding (triple-stream encoding on
the multiport devices and quad-stream encoding on the single/dual port
devices). Encoding the video inputs provides multiple live-view streams using
different sets of parameters providing high or low quality video for analysis and
a single recording stream using H.264 video compression providing high quality
video at a substantially lower bit rates than previous standards.
Note
Nextiva video management software currently supports a maximum of two
streams and provide four video profiles for the S1800e series devices. For
more information configuring video profiles, refer to the Nextiva
VMS Administrator Guide.
Configuring the Device Video Properties
For each video input, the S1800e series devices can send video with different
sets of parameters to different locations. The single/dual port devices support
quad-stream encoding with three streams using H.264 compression and one
using MJPEG compression. The multiport devices support triple-stream
encoding provides two streams using H.264 compression and one using MPEG4
compression. You can customize each device in terms of frame rate and
resolution to meet each system requirements.
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Configuring the Device Video Properties
► To configure the devcie video properties
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Video > Input > Encoder.
5. For each input, set the values for the following:
Target Bit Rate: The rate in kbps at which the device sends data. Use a
higher bit rate to record movements, noise and details. The bit rate can
range from 9 kbps to 6000kbps.
Target Frame Rate: The number of frames captured or recorded each
seconds.
NTSC: select from: 1, 2, 3, 3.75, 5, 6, 7.5, 10, 15, or 30 fps.
PAL: select from: 1, 2.5, 5, 6.75, 8.33, 12.5, or 25 fps
Quantizer (Minimum and Maximum): The process of safely
discarding information from a video without a significant loss in visual
quality. Using a higher quantizer value decreases video quality and
creates a smaller file size. Using a low quantizer value increases video
quality and creates a larger file size. The available range is between 2
and 31.
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Note
To maintain the video frame rate, you should set the maximum quantizer
to 31. If the quality of each frame is more important, you should reduce
the quantizer value; for example, a maximum quantizer of 5 keeps a good
image quality, but skips frames when motion is high.
Intra Interval: The frequency at which a complete video frame (Iframe) is sent by the device. The available values are in the 0 – 1000
range. Zero indicates that no I-frame will be sent automatically by the
device.
Rate Control Mode: The mode controlling the bit rate variation. The
available modes are:
Constant Bit Rate (CBR): This mode is the most effective to
maintain the target bit rate. Video quality may suffer (frames may be
skipped) and the frame rate may decrease. This mode should be used
when transmitting video over networks that have very limited
bandwidths, and with an intra interval value of 0 (default).
Constant Frame Rate (CFR): This mode maintains the target
frame rate. Video quality may suffer and the bit rate may exceed the
target value.
Resolution: The total number of lines (width × height) in the video
image. The greater the number of lines produces a more detailed,
clearer and sharper image, but requires more bandwidth and storage.
The following resolutions are available:
CIF: NTSC (352 × 240) and PAL (352 × 288)
2CIF: NTSC (704 × 240) and PAL (704 × 288)
4CIF: NTSC (704 × 480) and PAL (704 × 576)
D1: NTSC (720 × 486) and PAL (720 × 576)
Compression Mode: This parameter cannot be changed. The
compression mode column displays the method of encoding currently
being used on the Edge device. For the multiport devices, encoders 1 and
2 are set to H.264 and encoder 3 is set to MPEG4. For the single/dual
devices, encoders 1, 2 and 3 are set to H.264 and encoder 4 is set to
MJPEG.
6. Click Apply.
7. Click OK.
8. Click Exit.
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Configuring the Input Properties
Configuring the Input Properties
The number of video inputs varies depending on the device. For each video
input, you can enhance the video image by adjusting the value of brightness,
contrast, hue and saturation.
► To configure the input properties
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Video > Input.
5. For each video settings, move the slider to the left or right to change the
setting.
Brightness: Changing the brightness level allows you to increase or
decrease highlights and shadows, making them darker or lighter. The
values range from -128 to 127.
Contrast: This refers to the difference between the lightest and darkest
parts of the image. The values range from -128 to 127.
Hue: This refers to the color classification given to the image based on
the colors found in the color spectrum. The values range from -128 to
127.
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Saturation: This refers to the intensity of the colors in the image. The
values range from -128 to 127.
6. Click OK.
7. Click Exit.
Setting the SNMP Properties
Simple Network Management Protocol (SNMP) is a protocol used by network
management systems to manage network equipments from a central location.
The S1800e devices are SNMP-compliant and store data about themselves in
Management Information Bases (MIBs) and return this data (SNMP Traps) to
the SNMP requesters.
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Setting the SNMP Properties
► To set the SNMP properties
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the Units box, right-click the S1800e device, then select Batch
Network Configuration.
5. In the SNMP panel, select the Enabled check box enable the SNMP service.
6. In the System Location box, type the location for the Edge device.
7. In the System Contact box, type the e-mail address of the network
administrator.
8. In the Primary Trap Destination Address box, type the IP address of the
primary server that will receive the SNMP Traps.
9. In the Backup Trap Destination Address box, type the IP address of the
backup server that will receive the SNMP Traps in case the primary server is
unavailable.
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10. In the Community Name box, type the name of the group where you want
the edge device to be a member.
Note
The Edge device will only respond to requests from management servers that
belong to the same community.
11. In the SNMPv3 User Name box, type the name of the SNMP user.
12. In the SNMPv3 User Authentication Type list, select the authentication
algorithm for SNMP requests. You can select from the following:
No Authentication: No authentication is used.
MD5 Authentication: The Message Digest Version 5 (MD5) hash
function is used to determine that the message is from a valid source.
SHA Authentication: The Secure Hash Algorithm (SHA) has function is
used to determine that the message is from a valid source.
13. In the SNMPv3 User Auth Password box, type a password for the user.
14. In the SNMPv3 Privacy Protocol list, select the privacy protocol to
encrypt the contents of the data. You can select from the following:
No Encryption: No encryption is used.
DES Encryption: The Data Encryption Standard (DES) algorithm is used
to encrypt the data.
AES Encryption: The Advanced Encryption Standard (AES) algorithm is
used to encrypt the data.
15. In the SNMPv3 Privacy Password box, type a password for the privacy
protocol.
16. Click Apply.
17. Click Close.
Note
The device will reboot.
Audio Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. Audio input allows you to capture audio signals from a
camera, provided that it supports audio, at the same time it captures video.
Currently, the S1800e series devices support the following audio formats:
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Setting the Audio Sampling Rate
Sampling
Frequency
Bits per
Sample
PCM (no
compression)
8 kHz
16bits/data
28 kbits/sec
(8kHz)
G.711/μ-Law (8
bits)
8 kHz
14 bits
signed/data
64 kbits/sec
Codec
Bitrate
Note
The S1816e-SP and S1816e-SR models do not support audio.
Setting the Audio Sampling Rate
Expressed in hertz (Hz), sampling rate is the rate at which samples of an
analog signal are taken in order to be converted into digital form. The device
uses 8 kHz.
► To set the audio sampling rate
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Audio.
5. From the Sampling Rate list, select 8 kHz.
6. Click OK.
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Setting the Audio Encoder Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. Audio input allows you to capture audio signals from a
camera, provided that it supports audio, at the same time it captures video.
► To set the audio encoder properties
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Audio > Encoder.
5. Select an Encoder to configure.
6. Set the value for the following settings:
Input Type: Select Line-in or Mic (with pre-amp).
Input Compression: Select Uncompressed PCM (128 kbps) or μ-LAW
(64 kbps).
Gain State: Select Enabled or Disabled.
Gain Level: Move the slider to the left or right.
Bias State: Select Enabled or Disabled.
Bias Level: Move the slider to the left or right.
7. Click OK.
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Setting the Audio Decoder Properties
Setting the Audio Decoder Properties
The audio output properties allow you to set the Gain to increase the amplitude
of the input signal.
► To set the audio decoder properties
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device, and click Configure.
4. In the tree view, click Unit > Audio > Decoder.
5. Move the Output Gain slider to the left or right.
6. Click OK.
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Chapter
5
Using the Web Interface for
Configuration
Once you have connected all the equipment to the device, you can begin
configuring the device to ensure that it can communicate with the attached
devices and with a video management software over the network. In order to
configure the device, you first need to obtain the IP address using
SConfigurator.
The S1800e series devices have a self-contained web server allowing you to
connect directly to it using a web browser. The Web Interface is a browserbased tool that allows you to configure the S1800e series devices. For complete
information on the Web Interface, refer to the Web Interface User Guide.
Note
The default username and password for the Web Interface is admin. We
recommend that you change the default password for the Edge device to a
more secure password.
The following topics are discussed:
IP Address Configuration
85
Configuring the Serial Ports
90
Setting the Video Standard
92
Video Profile
96
Setting the SNMP Properties
104
Audio Properties
107
Activating Nextiva Onboard Analytics
112
Configuring Nextiva Onboard Analytics
114
Activating Agent Vi Video Analytics
115
Configuring Agent Vi Video Analytics
117
Setting the On-Screen Display for the Decoders
118
Recording to the Storage Device
119
IP Address Configuration
IP Address Configuration
By default, all S1800e series devices are Dynamic Host Configuration Protocol
(DHCP ) enabled. If you have a DHCP server, the device will automatically
obtain a valid IP configuration. If the DHCP configuration fails, the device
assigns itself a temporary IP address based on the Automatic Private IP
Addressing (APIPA ) addressing format.
Note
If you plan on using the S1800e series devices with the Nextiva video
management software, you need to disable the DHCP setting and manually set
an IP address for the device.
The APIPA scheme, available on the Windows operating systems, allows a
device to assign itself a temporary IP address until it receives a complete
network configuration, either manually or from a DHCP server.
A device in APIPA mode does not reside on the same subnet as the other
devices on the IP network. Therefore, it may not be able to view or be visible
by the other devices. All Nextiva edge devices use the following temporary
APIPA configuration:
IP address: 169.254.X.Y (where X and Y are based on the last two octets of
the MAC address of the device)
Subnet mask: 255.255.0.0
Gateway: 169.254.*.*
Setting a DHCP IP Address
The S1800e series devices automatically obtains the IP network configuration
from a DHCP server. Use this procedure if you are switching an encoder from a
manual configuration to one using a DHCP server.
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► To set a DHCP address
1. Start the Web Interface.
2. From the tree, select Configuration > Network.
3. In the Hostname box, type a unique name for the Edge device.
4. In the Default Gateway box, type the IP address of the server that acts as
an access point to another network. You can obtain the IP address of the
default gateway by asking the network administrator.
Note
You do not need to use a gateway if the device communicates with other Edge
devices on the same subnet.
5. In the MTU box, type largest protocol data unit that the layer can pass
onwards.
6. In the Web Server Port box, type the http port number to use as an access
point to the internet. The default value is 80.
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Setting a Static IP Address
7. In the Ethernet Adapter 1 tab:
a. In the Link Speed list, select the speed and mode of the network:
Auto detect: The unit will automatically detect the network speed
and mode.
1 Gbps full duplex: The unit sends and receives 1 Gbps of data in
both directions at the same time.
1 Gbps half duplex: The unit sends and receives 1 Gbps of data in
both directions, but not at the same time.
100 Mbps full duplex: The unit sends and receives 100 Mbps of
data in both directions at the same time.
100 Mbps half duplex: The unit sends and receives 100 Mbps of
data in both directions, but not at the same time.
10 Mbps full duplex: The unit sends and receives 10 Mbps of data
in both directions at the same time.
10 Mbps half duplex: The unit sends and receives 10 Mbps of data
in both directions, but not at the same time.
Note
If you are unsure of the network settings, select Auto detect to
automatically detect the speed and mode of the network. You can also
contact the network administrator to provide you with the correct
settings.
b. Click Obtain an IP address automatically.
c. In the DHCP Timeout box, type the number of seconds to wait for a
response from a DHCP server before using the APIPA address.
8. Click Apply.
Note
The Ethernet Adapter 2 tab corresponds to LAN 2 on the S1808e, S1808e-A,
S1816e, S1816e-A and S816e-SP encoders, and is used by support for
debugging purposes. The S1816e-SR model does not have a second ethernet
port.
The default IP address of LAN 2 is set to 172.29.204.254 with subnet mask
255.255.255.252. Any computer connecting to the S1800e multiport encoders
must use the following IP address 172.29.204.253.
Setting a Static IP Address
If you plan on using the S1800e series devices with the Nextiva video
management software, you need to disable the DHCP setting and manually set
a static IP address.
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► To set a static IP address
1. Start the Web Interface.
2. From the tree, select Configuration > Network.
3. In the Hostname box, type a unique name for the Edge device.
4. In the Default Gateway box, type the IP address of the server that acts as
an access point to another network. You can obtain the IP address of the
default gateway by asking the network administrator.
Note
You do not need to use a gateway if the device communicates with other Edge
devices on the same subnet.
5. In the MTU box, type largest protocol data unit that the layer can pass
onwards.
6. In the Web Server Port box, type the http port number to use as an access
point to the Internet. The default value is 80.
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Setting a Static IP Address
7. In the Ethernet Adapter 1 tab:
a. In the Link Speed list, select the speed and mode of the network:
Auto detect: The unit will automatically detect the network speed
and mode.
1 Gbps full duplex: The unit sends and receives 1 Gbps of data in
both directions at the same time.
1 Gbps half duplex: The unit sends and receives 1 Gbps of data in
both directions, but not at the same time.
100 Mbps full duplex: The unit sends and receives 100 Mbps of
data in both directions at the same time.
100 Mbps half duplex: The unit sends and receives 100 Mbps of
data in both directions, but not at the same time.
10 Mbps full duplex: The unit sends and receives 10 Mbps of data
in both directions at the same time.
10 Mbps half duplex: The unit sends and receives 10 Mbps of data
in both directions, but not at the same time.
Note
If you are unsure of the network settings, select Auto detect to
automatically detect the speed and mode of the network. You can also
contact the network administrator to provide you with the correct
settings.
b. Click Use the following IP Address.
c. In the IP Address box, type the device IP address.
d. In the Subnet Mask box, type the address specifying the subnet in
which the IP address belongs.
e. In the Gateway box, type the IP address of the server that acts as an
access point to another network.
Note
You do not need to use a gateway if the device communicates with other
devices on the same subnet.
8. Click Apply.
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Note
The Ethernet Adapter 2 tab corresponds to LAN 2 on the S1808e, S1808e-A,
S1816e, S1816e-A and S816e-SP encoders, and is used by support for
debugging purposes. The S1816e-SR model does not have a second Ethernet
port.
The default IP address of LAN 2 is set to 172.29.204.254 with subnet mask
255.255.255.252. Any computer connecting to the S1800e multiport encoders
must use the following IP address 172.29.204.253.
Configuring the Serial Ports
Once the serial equipment is connected to the device, you need to ensure that
both devices can communicate with each other.
Note
For complete information about serial port parameters and the settings to use,
refer to the serial equipment documentation or contact the product
manufacturer.
Configuring the RS-232 Serial Port
Use the following procedure to configure an RS-232 device using the Web
Interface.
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Configuring the RS-422/485 Serial Port
► To configure the RS-232 port
1. Start the Web Interface.
2. From the tree, select Configuration > Serial Port.
3. Select one of the following:
(Single- and Dual-Port devices) RS-232/422/485.
(Multiport devices) RS-232.
4. In the Baud Rate list, select the data rate used by the serial equipment.
5. In the Parity list, select the parity bit used by the serial equipment. Parity
bits determine if the data has been sent accurately over the network.
6. In the Stop bits list, select the stop bits used by the serial equipment. Stop
bits let the receiver know that the byte being transmitted has ended.
7. In the Data bits list, select the data bits used by the serial equipment. Data
bits represents the number of bits in each data that is sent over the
network. Eight data bits are universally used in most applications.
8. (Single- and Dual-Port devices) In the Modelist, select the way the serial
equipment interfaces with the device.
9. Click Apply.
Configuring the RS-422/485 Serial Port
Use the following procedure to configure an RS-422/485 device using the Web
Interface.
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► To configure the RS-422/485 port
1. Start the Web Interface.
2. From the tree, select Configuration > Serial Port.
3. Select one of the following:
(Single- and Dual-Port devices) RS-232/422/485.
(Multiport devices) RS-422/485.
4. In the Baud Rate list, select the data rate used by the serial equipment.
5. In the Parity list, select the parity bit used by the serial equipment. Parity
bits determine if the data has been sent accurately over the network.
6. In the Stop bits list, select the stop bits used by the serial equipment. Stop
bits let the receiver know that the byte being transmitted has ended.
7. In the Data bits list, select the data bits used by the serial equipment. Data
bits represents the number of bits in each data that is sent over the
network. Eight data bits are universally used in most applications.
8. (Single- and Dual-Port devices) In the Modelist, select the way the serial
equipment interfaces with the device.
9. Click Apply.
Setting the Video Standard
The S1800e series device can run in one of two video standards (NTSC or PAL)
and you can use different standards when deploying the devices across multiple
sites. The two video standards settings are:
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Setting the Video Standard
National Television Standards Committee (NTSC) is the standard that is used in
most of the Americas, a number of South American countries, and some Asian
countries, including Japan. NTSC uses the format of 525 picture lines and a
60Hz lighting frequency.
Phase Alternation by Line (PAL) is the standard in the United Kingdom, much of
Western Europe, several South American countries, some Middle East and
Asian countries, several African countries, Australia, New Zealand, and other
Pacific island countries. PAL uses the format of 625 picture lines and a 50Hz
lighting frequency.
Caution
You should change the video profile settings using a video management
software.
► To set the video standard
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Video standard list, select the analog display standard of the
region. You can select from the following:
NTSC
PAL
Note
Changing the video standard requires a reboot. A dialog box appears warning
you of the changes to the video standard.
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4. Click Yes to make the changes.
5. Click Apply.
6. Click OK to reboot the Edge device.
Configuring the Encoder Properties
For each video input, the S1800e series devices can send video with different
sets of parameters to different locations. The single/dual port devices support
quad-stream encoding with three streams using H.264 compression and one
using MJPEG compression. The multiport devices support triple-stream
encoding provides two streams using H.264 compression and one using MPEG4
compression. You can customize each device in terms of frame rate and
resolution to meet each system requirements.
► To configure the encoder properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Encoder Properties tab, set the values for the following
parameters:
Bit Rate: The rate in kbps at which the device sends data. Use a higher
bit rate to record movements, noise and details. The bit rate can range
from 9 kbps to 6000 kbps.
Frame Rate: The number of frames captured or recorded each seconds.
NTSC: select from: 1, 2, 3, 3.75, 5, 6, 7.5, 10, 15, or 30 fps.
PAL: select from: 1, 2.5, 5, 6.75, 8.33, 12.5, or 25 fps
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Configuring the Encoder Properties
Quantizer (Minimum and Maximum): The process of safely
discarding information from a video without a significant loss in visual
quality. Using a higher quantizer value decreases video quality and
creates a smaller file size. Using a low quantizer value increases video
quality and creates a larger file size. The available range is between 2
and 31.
Note
To maintain the video frame rate, you should set the maximum quantizer
to 31. If the quality of each frame is more important, you should reduce
the quantizer value; for example, a maximum quantizer of 5 keeps a good
image quality, but skips frames when motion is high.
Intra Interval: The frequency at which a complete video frame (Iframe) is sent by the device. The available values are in the 0 – 1000
range. Zero indicates that no I-frame will be sent automatically by the
device.
Rate Control Mode: The mode controlling the bit rate variation. The
available modes are:
Constant Bit Rate (CBR): This mode is the most effective to
maintain the target bit rate. Video quality may suffer (frames may be
skipped) and the frame rate may decrease. This mode should be used
when transmitting video over networks that have very limited
bandwidths, and with an intra interval value of 0 (default).
Constant Frame Rate (CFR): This mode maintains the target
frame rate. Video quality may suffer and the bit rate may exceed the
target value.
Quantizer Control Mode: Standard:
High on Motion Area:
Resolution: The total number of lines (width × height) in the video
image. The greater the number of lines produces a more detailed,
clearer and sharper image, but requires more bandwidth and storage.
The following resolutions are available:
CIF: NTSC (352 × 240) and PAL (352 × 288)
2CIF: NTSC (704 × 240) and PAL (704 × 288)
4CIF: NTSC (704 × 480) and PAL (704 × 576)
D1: NTSC (720 × 486) and PAL (720 × 576)
Compression Mode: This parameter cannot be changed. The
compression mode column displays the method of encoding currently
being used on the Edge device. For the multiport devices, encoders 1 and
2 are set to H.264 and encoder 3 is set to MPEG4. For the single/dual
devices, encoders 1, 2 and 3 are set to H.264 and encoder 4 is set to
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MJPEG.
Note
For devices running analytics and the S1816e-SP and S1816eSR models running in single or legacy mode, only two streams are
available. In this case, Encoder 1 is set to H.264 and Encoder 2 is set to
MPEG4.
4. Click Apply.
5. Click OK.
Video Profile
Video Profiles define both the quality of the video images and the storage and
bandwidth requirements of the video files. All Video Profiles include at least the
following settings: frame rate, resolution, and bit rate. For each video input,
you can configure the image parameters. With each video input, the S1800e
series devices supports up to quad-stream encoding (triple-stream encoding on
the multiport devices and quad-stream encoding on the single/dual port
devices). Encoding the video inputs provides multiple live-view streams using
different sets of parameters providing high or low quality video for analysis and
a single recording stream using H.264 video compression providing high quality
video at a substantially lower bit rates than previous standards.
Note
Nextiva video management software currently supports a maximum of two
streams and provide four video profiles for the S1800e series devices. For
more information configuring video profiles, refer to the Nextiva
VMS Administrator Guide.
Configuring the Encoder Properties
For each video input, the S1800e series devices can send video with different
sets of parameters to different locations. The single/dual port devices support
quad-stream encoding with three streams using H.264 compression and one
using MJPEG compression. The multiport devices support triple-stream
encoding provides two streams using H.264 compression and one using MPEG4
compression. You can customize each device in terms of frame rate and
resolution to meet each system requirements.
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Configuring the Encoder Properties
► To configure the encoder properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Encoder Properties tab, set the values for the following
parameters:
Bit Rate: The rate in kbps at which the device sends data. Use a higher
bit rate to record movements, noise and details. The bit rate can range
from 9 kbps to 6000 kbps.
Frame Rate: The number of frames captured or recorded each seconds.
NTSC: select from: 1, 2, 3, 3.75, 5, 6, 7.5, 10, 15, or 30 fps.
PAL: select from: 1, 2.5, 5, 6.75, 8.33, 12.5, or 25 fps
Quantizer (Minimum and Maximum): The process of safely
discarding information from a video without a significant loss in visual
quality. Using a higher quantizer value decreases video quality and
creates a smaller file size. Using a low quantizer value increases video
quality and creates a larger file size. The available range is between 2
and 31.
Note
To maintain the video frame rate, you should set the maximum quantizer
to 31. If the quality of each frame is more important, you should reduce
the quantizer value; for example, a maximum quantizer of 5 keeps a good
image quality, but skips frames when motion is high.
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Intra Interval: The frequency at which a complete video frame (Iframe) is sent by the device. The available values are in the 0 – 1000
range. Zero indicates that no I-frame will be sent automatically by the
device.
Rate Control Mode: The mode controlling the bit rate variation. The
available modes are:
Constant Bit Rate (CBR): This mode is the most effective to
maintain the target bit rate. Video quality may suffer (frames may be
skipped) and the frame rate may decrease. This mode should be used
when transmitting video over networks that have very limited
bandwidths, and with an intra interval value of 0 (default).
Constant Frame Rate (CFR): This mode maintains the target
frame rate. Video quality may suffer and the bit rate may exceed the
target value.
Quantizer Control Mode: Standard:
High on Motion Area:
Resolution: The total number of lines (width × height) in the video
image. The greater the number of lines produces a more detailed,
clearer and sharper image, but requires more bandwidth and storage.
The following resolutions are available:
CIF: NTSC (352 × 240) and PAL (352 × 288)
2CIF: NTSC (704 × 240) and PAL (704 × 288)
4CIF: NTSC (704 × 480) and PAL (704 × 576)
D1: NTSC (720 × 486) and PAL (720 × 576)
Compression Mode: This parameter cannot be changed. The
compression mode column displays the method of encoding currently
being used on the Edge device. For the multiport devices, encoders 1 and
2 are set to H.264 and encoder 3 is set to MPEG4. For the single/dual
devices, encoders 1, 2 and 3 are set to H.264 and encoder 4 is set to
MJPEG.
Note
For devices running analytics and the S1816e-SP and S1816eSR models running in single or legacy mode, only two streams are
available. In this case, Encoder 1 is set to H.264 and Encoder 2 is set to
MPEG4.
4. Click Apply.
5. Click OK.
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Configuring the Input Properties
Configuring the Input Properties
The number of video inputs varies depending on the device. For each video
input, you can enhance the video image by adjusting the value of brightness,
contrast, hue and saturation.
► To configure the input properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Input Properties tab, you can set the values for the following for
each video input:
AGC: (Automatic Gain Control) This parameter cannot be changed.
Automatic gain control (AGC) bring the video signal up to the standard
1Vpp required level to produce quality picture.
Brightness: Changing the brightness level allows you to increase or
decrease highlights and shadows, making them darker or lighter. The
values range from -128 to 127.
Contrast: This refers to the difference between the lightest and darkest
parts of the image. The values range from -128 to 127
Hue: This refers to the color classification given to the image based on
the colors found in the color spectrum. The values range from -128 to
127.
Saturation: This refers to the intensity of the colors in the image. The
values range from -128 to 127.
4. Click Apply.
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Configuring the Camera Tampering
Properties
The camera tampering feature is a real-time automated feature that generates
an alarm whenever the camera is repositioned or out of focus.
Note
If you plan on using Nextiva VMS with the single/dual port encoders, you
cannot set an area of interest as described in the Nextiva Administrator Guide.
► To configure the camera tampering properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Camera Tampering tab, you can set the values of the following
parameters for each video input:
Out of Focus: Enable or disable the Out of Focus feature.
OOF Sensitivity: Set the sensitivity level from 1 (most sensitive) to
100 (no sensitive).
Refresh Rate: Set the refresh rate in frames per seconds.
Persistence: The number of analyzed frames that must be detected as
tampered to trigger an alarm. The values range from 1 to 1000.
Increasing the persistence level can reduce the number of false alarms.
4. Click Apply.
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Configuring the Motion Detection Properties
Configuring the Motion Detection Properties
The S1800e encoders support motion detection on each video input. For each
video input, you can configure the motion detection settings by adjusting the
values for each input.
Caution
You must have a good understanding of video technology to use these
settings. If you are unsure do not modify these settings.
► To configure the motion detection properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Motion Detection tab, you can set the values of the following
parameters for each video input:
State: Enable or disable motion detection on the video input.
Mask State: Enable or disable the use of the mask for motion detection.
If disabled, all macroblocks in the frame are checked for motion.
Mask: Type the numerical string to specify which macroblocks that will
be analyzed for motion. An empty string indicates that all macroblocks in
the frame is checked.
Upper Thresh: The minimum number of macroblocks with motion in a
frame to start an alert. This value must be greater than or equal to
Lower Thresh. The values range from 1 to 1320 (NTSC) or 1 to 1548
(PAL).
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Lower Thresh: The maximum number of macroblocks with motion in a
frame to stop an alert. This value must be less than or equal to Upper
Thresh. The values range from 1 to 1320 (NTSC) or 1 to 1548 (PAL).
Vector Length: The amount of motion in a given macroblocks that must
be present to tag this as in motion. The values range from 0 to 255.
Number of Frames: The number of consecutive frames that must be
detected as a new motion. The values range from 1 to 1000.
4. Click Apply.
Configuring the Decoder Properties
The S1800e series compact decoders support four to six H.264 video streams,
displaying up to four tiles on traditional CCTV monitors and up to six tiles on
high-definition LCD or plasma monitors.
► To confgure the decoder properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Decoder Properties tab, set the values for the following
parameters for each output:
Deinterlacing Mode: Deinterlacing is the process taking a stream of
interlaced frames and converting it to a stream of progressive frames.
Select one of the following:
Enabled
Disabled
4. Click Apply.
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Configuring the Video Output Properties
Configuring the Video Output Properties
The S1800e decoders support four to six H.264 video streams, displaying up to
four tiles on traditional CCTV monitors and up to six tiles on high-definition LCD
or plasma monitors.
► To configure the video output properties
1. Start the Web Interface.
2. From the tree, select Configuration > Video.
3. From the Output Properties tab, set the output values.
(Only on HDMI model) Resolution: The number of pixels that you can
display on the monitor. Select from the following:
1080i60
1080i50
720p60
720p50
480p60
576p50
640 × 480p60
Discovery Mode: How the unit is represented through VSIP. Select
from the following:
Normal: 1 physical output, 4 decoders Legacy: 4 physical outputs, 1 decoder per output
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Receiver Mode: The number of tiles to display on the monitor. Select
from the following:
Single: Video from one stream is displayed on the monitor.
Quad: The monitor is divided into four quadrants and each displaying
video from four different streams.
3 × 2: (Only on HDMI model) The monitor displays video from six
different streams.
Guard Tour: Video from each stream is displayed on the monitor one
after another.
Dwell Time: The number of seconds to display video from a selected
camera before switching to the next camera in the tour.
4. Click Apply.
Setting the SNMP Properties
Simple Network Management Protocol (SNMP) is a protocol used by network
management systems to manage network equipments from a central location.
The S1800e devices are SNMP-compliant and store data about themselves in
Management Information Bases (MIBs) and return this data (SNMP Traps) to
the SNMP requesters.
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Setting the SNMP Properties
► To set the SNMP properties
1. Start the Web Interface.
2. From the tree, select Configuration > SNMP.
3. In the SNMP panel, select the Enabled check box enable the SNMP service.
4. In the System Location box, type the location for the Edge device.
5. In the System Contact box, type the e-mail address of the network
administrator.
6. In the Primary Trap Destination Address box, type the IP address of the
primary server that will receive the SNMP Traps.
7. In the Backup Trap Destination Address box, type the IP address of the
backup server that will receive the SNMP Traps in case the primary server is
unavailable.
8. In the Community Name box, type the name of the group where you want
the edge device to be a member.
Note
The Edge device will only respond to requests from management servers that
belong to the same community.
9. In the User Name box, type the name of the SNMP user.
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10. In the User Authentication Type list, select the authentication algorithm
for SNMP requests. You can select from the following:
No Authentication: No authentication is used.
MD5 Authentication: The Message Digest Version 5 (MD5) hash
function is used to determine that the message is from a valid source.
SHA Authentication: The Secure Hash Algorithm (SHA) has function is
used to determine that the message is from a valid source.
11. In the User Authentication Password box, type a password for the user.
12. In the User Privacy Protocol list, select the privacy protocol to encrypt
the contents of the data. You can select from the following:
No Encryption: No encryption is used.
DES Encryption: The Data Encryption Standard (DES) algorithm is used
to encrypt the data.
AES Encryption: The Advanced Encryption Standard (AES) algorithm is
used to encrypt the data.
13. In the User Privacy Password box, type a password for the privacy
protocol.
14. Click Apply.
Viewing MIB Information
You can download the device Management Information Base (MIB) and use a
SNMP application to view the information. The MIB is a collection of
manageable entities of the device network element.
The S1800e series device sends a coldStart trap when it is initialized and sends
the following Verint-Specific SNMP traps:
Video Signal Loss edVinMediaStateAnalogNotif trap. This trap is generated if
an analog video input of an S1800e series device is disconnected or
reconnected with the following information:
Input number (1 to 16 for S1816e and S1816e-SP, 1 to 8 for S1808e)
New state (0: not connected, 1: connected)
Dry Input State Change edDigitalinPinStateNotif trap. This trap is generated
if the status of a digital alarm dry contact input of the S1800e device has
changed with the following information:
Input number (1 to 16 for S1816e and S1816e-SP, 1 to 8 for S1808e)
New state (0: not connected, 1: connected)
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Audio Properties
edVinCamtampOofAlarmStateNotif trap. This trap is generated if the Out Of
Focus status of an input has changed with the following information:
[0x00]= Not Out Of Focus
[0x01]= Out Of Focus
► To view MIB information
1. Start the Web Interface.
2. From the tree, select Configuration > SNMP.
3. Click Download Verint SNMP MIBs.
Audio Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. Audio input allows you to capture audio signals from a
camera, provided that it supports audio, at the same time it captures video.
Currently, the S1800e series devices support the following audio formats:
Sampling
Frequency
Bits per
Sample
PCM (no
compression)
8 kHz
16bits/data
28 kbits/sec
(8kHz)
G.711/μ-Law (8
bits)
8 kHz
14 bits
signed/data
64 kbits/sec
Codec
Note
The S1816e-SP and S1816e-SR models do not support audio.
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Setting the Audio Sampling Rate
Expressed in hertz (Hz), sampling rate is the rate at which samples of an
analog signal are taken in order to be converted into digital form. The device
uses 8 kHz.
► To set the audio sampling rate
1. Start the Web Interface.
2. From the tree, select Configuration > Audio.
3. From the Sampling Rate list, select 8 kHz.
4. Click Apply.
Setting the Audio Input Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. The audio input properties allow you to select where to
capture audio signals from and to set the bias to reduce distortion in the
recording.
To set the audio input properties
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Setting the Audio Encoder Properties
1. Start the Web Interface.
2. From the tree, select Configuration > Audio.
3. Select the Input Properties tab.
4. Set the values for each input:
Input Type: Select the audio source:
Line In
Mic In
Bias: Select from the following:
2.0 V
2.5 V
3.0 V
Gain: Type a value from -12 to 59 to set the amplitude of the signal from
the input.
5. Click the speaker icon to mute audio from the input.
6. Click Apply.
Setting the Audio Encoder Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. Audio input allows you to capture audio signals from a
camera, provided that it supports audio, at the same time it captures video.
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► To set the audio encoder properties
1. Start the Web Interface.
2. From the tree, select Configuration > Audio.
3. Select the Encoder Properties tab.
4. From the Compression Mode list, select one of the following:
PCM
μ-LAW
5. Click Apply.
Setting the Audio Output Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. The audio output properties allow you to set the Gain to
increase the amplitude of the input signal.
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Setting the Audio Decoder Properties
► To set the audio output properties
1. Start the Web Interface.
2. From the tree, select Configuration > Audio.
3. Select the Output Properties tab.
4. From the Gain box, type a value from -12 to 59 to set the amplitude of the
signal from the input to the output.
5. Click the speaker icon to mute audio for the output.
6. Click Apply.
Setting the Audio Decoder Properties
The S1801e, S1802e, S1808e-A and S1816e-A supports bi-directional audio:
audio input and output. Audio output allows you to capture audio signals from a
camera, provided that it supports audio, at the same time it captures video.
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► To set the audio decoder properties
1. Start the Web Interface.
2. From the tree, select Configuration > Audio.
3. Select the Decoder Properties tab.
4. From the Compression Mode list, select one of the following:
PCM
μ-LAW
5. Click Apply.
Activating Nextiva Onboard Analytics
Nextiva Onboard Analytics is a licensed feature available on the multiport
S1800e series encoders (S1808e, S1808e-A, S1816e and S1816e-A)and
supports up to four video inputs (1, 2, 5, and 6 on the S1808e and S1808e-A)
and (1, 2, 9, and 10 on the S1816e and S1816e-A).
Note
Nextiva Onboard Analytics is not available on the S1816e-SP and S1816e-SR
models.
Contact your Verint sales representative on obtaining a license.
Caution
Once you activate Nextiva Onboard Analytics for a single input, MPEG-4
compression mode is disabled for the whole device.
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Activating Nextiva Onboard Analytics
Verint recommends that you activate the Nextiva Onboard Analytics license
prior to adding the multiport S1800e series encoder to Nextiva VMS. If the
multiport S1800e series encoder is already added to Nextiva VMS, you must
manually remove all instances of MPEG-4 compression mode for the recording
and the live.
► To activate Nextiva Onborad Analytics
1. Start the Web Interface.
2. From the tree, select Administration > Licensing.
3. Click Browse and select the license key file.
4. Click Install License.
5. Click Apply to reboot.
Once activated, you can view and select Onboard Analytics from the Hierarchy
Tree. For complete information on using Nextiva Onboard Analytics, refer to
the Nextiva Onboard Analytics Help and User Guide.
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Configuring Nextiva Onboard Analytics
Once activated, you can use Nextiva Onboard Analytics on the four video inputs
(1, 2, 5, and 6 on the S1808e) and (1, 2, 9, and 10 on the S1816e).
Note
Nextiva Onboard Analytics is not available on the S1816e-SP and S1816e-SR
models.
► To configure Nextiva Onborad Analytics
1. Start the Web Interface.
2. From the tree, select Configuration > Onboard Analytics.
3. Select the type of overlay you want to display on the video. You can select
from:
None: No information is displayed on the video.
Full: In addition to Bounding boxes, displays additional information in the
upper left corner. This includes:
The number of tracked targets
The number of occurred events
The number of rules
View Status
UTC time
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Activating Agent Vi Video Analytics
Bounding Boxes only: Displays color-coded rectangles around objects
being tracked. The following three colors are used:
Magenta to track People
Green to track Vehicles
Red to track objects that have triggered an alarm.
4. Click Open Analytics Web Console to configure Nextiva Onboard
Analytics. For more information using Nextiva Onboard Analytics, use the
help.
5. Click Save Configuration to save the changes. You can always click Clear
configuration to reset Nextiva Onboard Analytics or Restore
Configuration if you have to revert back to the saved configuration.
6. From the Control Analytics Channels with Dry Contact State section,
for each of the four analytics channels, choose what happens to Onboard
Analytics when the dry contact state changes:
Standard Mode (Always On)
OFF on Dry Contact Closure/ON otherwise
7. Click Apply to reboot the Edge device.
Activating Agent Vi Video Analytics
Agent Vi-System™ is an alternative to the Nextiva Onboard Analytics
functionality already available on the multiport S1800e series encoders. The
S1808e, S1808e-A, S1816e and S1816e-A encoders are compatible with Agent
Vi's real-time video analytics software. A multiport encoder that is Agent Vi
ready is able to process rules that are configured in Agent Vi-System.
Note
Agent Vi is not available on the S1816e-SP and S1816e-SR models.
A Verint license is required to make the multiport encoders Agent Vi ready and
enable eight video inputs to work with Agent Vi-System. The following lists the
supported video inputs on the multiport encoders.
S1808e and S1808e-A: Inputs 1 to 8
S1816e and S1816e-A: Inputs 1, 2, 3, 4, 9, 10, 11 and 12
The Verint license is a generic key that can be used on all multiport encoders
that need to be Agent Vi ready. For more information about obtaining the Verint
license, contact Verint support or your Verint sales representative.
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Note
Vi-System is separate analytics software by Agent Vi. In order for the
multiport encoder to work with Vi-System, you must purchase the Vi-System
software and license from Agent Vi. For more information about Agent ViSystem, visit the Agent Vi web page: http://www.agentvi.com.
► To activate Agent Vi
1. Start the Web Interface.
2. From the tree, select Administration > Licensing.
3. Click Browse and select the license key file.
4. Click Install License.
5. Click Apply to reboot the Edge device.
Once enabled, you can view Agent Vi Analytics from the Hierarchy Tree. For
complete information on using Agent Vi Analytics, refer to the Agent Vi
Analytics documentation suite.
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Configuring Agent Vi Video Analytics
Configuring Agent Vi Video Analytics
Once activated, you can configure Agent Vi Video Analytics on eight video
inputs and enable or disable the overlay markup. For complete information on
using Agent Vi Analytics, refer to the Agent Vi Analytics documentation suite.
Note
Agent Vi is not available on the S1816e-SP and S1816e-SR models.
► To configure Agent Vi
1. Start the Web Interface.
2. From the tree, select Configuration > AgentVI Analytics.
3. Select the Engine 1 tab.
4. Keep the following default port numbers:
HTML Port: 15029 for Engine 1 and 25029 for Engine 2
Analytic Port: 15030 for Engine 1 and 25030 for Engine 2
System Port: 15031 for Engine 1 and 25031 for Engine 2
5. For inputs 1 to 4 select On or Off to display a markup overlay on the video.
6. Repeat "Configuring Agent Vi Video Analytics" (page 117)for inputs 5 to 8 in
the Engine 2 tab.
7. Click Open Agent Vi Web Console to view information about Agent VI
uptime and analytics performance.
8. Click Apply to reboot the Edge device.
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Setting the On-Screen Display for the
Decoders
On the S1801e-R and S1801e-R-HD, you can configure the information that is
displayed on the external monitor about the video.
► To set he On-Screen Display for the decoders
1. Start the Web Interface.
2. From the tree, select Configuration > On Screen Display.
3. In the Display Startup Information list, select if you want to show
startup information on the monitor. Choose from:
Displayed
Not Displayed
4. In the Display Option list, select the information that you want to display
on the monitor. Choose from:
Date and Time
Uptime
Nothing
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Recording to the Storage Device
5. In the Display Logo list, choose to show the Verint logo on the monitor
during the device start up. Choose from: Displayed
Not Displayed
6. In the Transparency box, type a value to the set transparency level of the
text on the monitor.
7. From the Tiles tab, for each tile, set the following:
a. In the Starve Mode list, select what to display on the monitor when
there is no video. You can select from:
Screen Saver
Black
Last Decoded Image
b. In the Show Transmitter Name list, select whether or not to show the
device name. Choose from the following
c. In the Transmitter Name box, type the name you want to show.
8. Click Apply.
Recording to the Storage Device
The encoders now support storage on the edge - a failover mechanism that
ensures video is recorded in case connection with the management software is
lost. The single- and dual-port encoders support microSD cards with a
maximum capacity of 32 GB. The mulitport encoders support one USB drive.
Note
The S1816e-SR does not support recording to a USB drive.
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► To record to the storage device
1. Start the Web Interface.
2. From the tree, select Configuration > Storage.
3. Select one of the following:
No recording: No recording is done on the storage device.
Upon VMS disconnection: Recording is done when the device is
disconnected from Nextiva VMS. Select from one of the following.
Low: CIF, 88 kbps, MinQ 12, MaxQ 22, CFR, Skip rate 4
Medium: 2CIF, 172 kbps, MinQ 12, MaxQ 22, CFR, Skip rate 4
High: 2CIF, 400 kbps, MinQ 12, MaxQ 22, CFR, Skip rate 2
Continuous recording: Recording is done on the storage device at the
same time as recording to Nextiva VMS.
4. From the Device Management list, select the storage device.
Note
If the recording device is full, click Clear to delete data from the recording
device.
5. Click Apply.
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Chapter
6
Maintaining and
Troubleshooting the Device
This chapter discusses how to perform maintenance and troubleshooting tasks
on the S1800e series devices using SConfigurator or the Web Interface.
Additional troubleshooting task can be performed using a video management
software such Nextiva Video Management Software.
The following topics are discussed:
Firmware Upgrade
122
Device Reboot
124
Factory Default Settings
125
Troubleshooting
126
Firmware Upgrade
Firmware Upgrade
Firmware upgrade allows you to install a new firmware of the S1800e device
when it becomes available. Updating the firmware allows you access to new
features for the device while retaining its configuration.
Note
It is recommended to verify the firmware version running on the device after
an upgrade.
If the device loses power or a network connection after starting a firmware
upgrade, the upgrade process may stop without providing a visual notification.
Depending on when the disconnection occurs, the device may roll back to the
previous firmware or apply the new firmware.
Visit the Verint extranet https://online.verint.comto obtain the latest firmware.
Caution
Firmware downgrade is not supported. If you perform a downgrade, any
problem encountered will not be covered by the product warranty.
Upgrading Using SConfigurator
Use the following procedure to upgrade the firmware using SConfigurator.
► To upgrade the firmware using SConfigurator
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the Nextiva device.
4. From the Firmware Update section, select Using an IP network
connection .
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5. click Start.
6. In the Firmware File Selection dialog box, click Browse and select the
correct firmware file.
7. Click Next to view the verification screen.
8. Click Start to begin the firmware update.
Upgrading Using the Web Interface
Use the following procedure to upgrade the firmware from the Web Interface.
► To upgrade the firmware using the Web Interface
1. Start the Web Interface.
2. From the tree, select Support > Diagnose.
3. Click Update Firmware.
4. In the Firmware Update dialog box, click Browse and select the firmware
file.
5. Click Open.
6. Click Start to begin updating the firmware of the unit.
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Performing a Batch Firmware Update
Performing a Batch Firmware Update
With the Nextiva video management software, you can easily update the
firmware for multiple devices in the environment at the same time rather than
updating them individually. For more information, refer to the Nextiva
documentation.
Device Reboot
If the S1800e device does not function the way it should, you can reboot the
device to re-initialize the settings. To reboot the device using a video
management software, refer to the user guide for instructions.
Rebooting the Device Using SConfigurator
Use the following procedure to reboot the device using SConfigurator.
► To reboot using SConfigurator
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the device, and click Reboot.
4. Click OK.
Rebooting the Edge Device
Rebooting the devices allows you to re-initialize the settings or apply the new
parameters. If you change a parameter that requires a reboot and decline to
reboot the Edge device immediately, the icon will flash red until the Edge
device is rebooted. To reboot the device using a video management software,
refer to the user guide for instructions.
► To reboot using the Web Interface
1. Start the Web Interface.
2. From the Quick Launch bar, click
.
Rebooting the Device from the Front Panel
Use the following procedure to reboot the device from the front panel.
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► To reboot from the front panel
1. On device, press Reset.
Factory Default Settings
If after rebooting the device still does not function the way it should, you can
load the factory default configuration. This operation will restore the factory
default settings to the device and delete all user-defined values.
Restoring the Factory Default Settings Using
SConfigurator
Use the following procedure to restore the factory default settings using
SConfigurator.
► To restore the factory default settings using SConfigurator
1. Start SConfigurator.
2. Select the Units tab, then click Discover.
3. Select the device, and click Configure.
4. Click Load Default Settings.
5. Click OK.
Restoring the Factory Default Settings Using
the Web Interface
If after rebooting the device still does not function the way it should, you can
load the factory default configuration. This operation will restore the factory
default settings to the device and delete all user-defined values.
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Restoring the Factory Default Settings from the Front Panel
► To restore the factory default settings using the Web Interface
1. Start the Web Interface.
2. From the tree, select Administration > Factory Default Settings.
3. From the Factory Default Settings panel, select one of the following:
Restore to Factory Default Settings (Partial): to keep the network
settings while restoring the default configuration.
Restore to Factory Default Settings: to restore the unit back to the
factory default configuration and remove all user settings.
4. Click Restore.
Restoring the Factory Default Settings from
the Front Panel
Use the following procedure to restore the factory default settings from the
front panel.
► To restore the factory default settings using the front panel
1. Press and hold the Reset button on the device, until the status LED flashes
red very rapidly.
Note
It can take up to 10 seconds for the system status LED to begin flashing red.
2. Hold the button for an additional five seconds, until the status LED turns
orange and the video LEDs turn off.
Troubleshooting
The following section describes some basic troubleshooting procedures that you
can perform. For any other issues, please contact Verint support.
Using Recovery Mode
A device can reboot into recovery mode in one of the following situations:
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The device failed to boot normally
The power or network connection to the device is lost during a firmware
upgrade
A flashing orange (1 sec. intervals) or flashing orange (3 blinks at 1 sec
intervals) and 2 quick red pulses (0.5 sec interval) indicates the device failed to
boot normally and has entered recovery mode.
When the device is in recovery mode, the only way you can access the device is
using SConfigurator or the Web Interface with reduced functionality.
Note
SConfigurator
If you are going to use SConfigurator to update the firmware of an device in
recovery mode, you need to know the IP address of the device in order to
access it.
Web Interface
The Web Interface with reduced functionality is only accessible using the
unsecured Hypertext Transfer Protocol (HTTP).
A flashing orange (1 sec. intervals) indicates that the device is using a static IP
address. A flashing orange (3 blinks at 1 sec intervals) and 2 quick red pulses
(0.5 sec interval) indicates that the device is using the APIPA address format.
Once you have access to an device in recovery mode, the only to exit recovery
mode if to update the firmware using a valid firmware file.
Performing a Hardware Reset
Depending on the severity of the situation, you can reboot the device, load its
default configuration, or perform both these actions if the device does not
function the way is should. You should first start by rebooting the device to see
if this restores functionality back to the device. If the device still does not
function normally, restore the default configuration.
Losing Connection to a Camera
If the connection to a camera is lost while streaming video to a video
management software, the streaming video will display a red/blue frame. On
the device, a steady red on any of the video status LEDs indicates that a
connection to a camera is lost.
Perform the following tasks:
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SConfigurator cannot find the Device
Check the connection between the device and the camera
Check the camera to ensure that it is transmitting video or that it is
functioning correctly
Check the device to ensure that it is functioning correctly (The system status
LED provides a visual indication on the current state of the device.
Look at the event log
Download a diagnostic file for Verint Technical Support.
SConfigurator cannot find the Device
Symptom: SConfigurator does not see the device on the Common Port or
SConfigurator does not discover a device
Action:
1. Verify that you are running the latest version of SConfigurator.
2. Start SConfigurator.
3. In the General tab, click Program Options.
4. Select the IP address of the correct LAN interface from the IP Address of
the PC list.
5. Click Common to set the VSIP port to 9541.
6. Ensure that the Discovery IP Address is 255.255.255.255; otherwise,
click Reset to Broadcast.
7. Click OK.
8. Click the Units tab.
9. Click Discover.
If the unit still cannot be discovered, try the following:
Verify if the LEDs are flashing. If they are all OFF or at least one of them is
not flashing, verify the network connectivity.
If you know the IP address, try to ping it.
Use install the firmware using SConfigurator or using the Web Interface.
Perform a hard reset and wait a few minutes before trying to discover it. It
will be configured with its APIPA address (if there is no DHCP server) or a
new IP address (if there is a DHCP server).
Quality of the Video is Bad
Symptom: The video quality from the device is bad
Action:
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Verify the cable between the camera and the device. Try another cable to
see if video quality improves.
Web status should be checked for lock / unlock status
From the Web Interface video tab, verify the values for resolution, bit rate
and frame rate are supported by the camera.
If available, try another camera to see if video quality improves.
Ping the device to check for network latency.
From the Web Interface, go to the Clip Retrieval page and verify if the
quality of the video.Try the same from other workstations on other locations
within the same network.
Check the internal temperature of the device from the Home on the web
interface to see if the device is overheating.
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Appendix
A
Specification and Configuration
Technical Specification
131
Factory Default Configuration
137
Technical Specification
Technical Specification
The following table presents the technical specifications for the S1800e series
devices:
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
S1801e
S1802e
S1801eS1801e-R-HD
R
Video
Input
1, 2, 8 or 16 composites, 1 Vpp
into 75 ohms NTSC/PAL,
BNC female
Outputs/Connect
ors
Triple Stream
for S1808e and
S1816e
1
composit
e, 1 Vpp
into 75
ohms
NTSC/PA
L, BNC
female
HDMI with an
output format of
up to 1080i
(1920x1080@30f
ps)
2 x H.264 and 1
x MPEG-4
streams
Up to three
streams for the
S1816e-SP and
S1816e-SR
Quadruple
Stream
Performance
131
3 x H.264
and 1 x
MJPEG
streams
S1808e and
S1816e: D1/30
fps + 2CIF/30
fps + CIF/15 fps
on all channels
simultaneously
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D1/30 fps on 4 x D1/30 fps
all channels
simultaneou
sly for up to
10Mbps
Chapter A: Specification and Configuration
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
S1801e
S1802e
S1801eS1801e-R-HD
R
H.264 Main Profile
S1816e-SP:
D1/15 fps
(H.264),
CIF/15fps
(MPEG-4) on all
channels
simultaneously
or 2CIF/15fps,
2CIF/15fps
(H.264),
CIF/15fps
(MPEG-4) on all
channels
simultaneously
Compression
H.264 Main
Profile and
MPEG-4 Simple
Profile
H.264 Main
Profile and
MJPEG
Simple
Profile
Resolution
Scalable from:
Scalable from:
CIF (352 x 240
pixels) to D1
(720 x 480
pixels) NTSC
CIF (352 x 240 pixels)
to D1 (720 x 480
pixels) NTSC
CIF (352 x 288
pixels) to D1
(720 x 576
pixels) PAL
CIF (352 x 288 pixels)
to D1 (720 x 576
pixels) PAL
Bandwidth
Each stream configuration
from 9Kbps to 6Mbps
Maximum
Latency
115 msec
Tiles
Upscaling from
SD to 720p, or
1080i
Maximu Maximum of 4
m of 4
tiles on 1
tiles on 1 monitor
Tiles display
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132
Technical Specification
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
S1801e
S1802e
S1801eS1801e-R-HD
R
monitor
Tiles
display
options:
1×1,
2×2
options: 1 ×1,
2×2 or 3 × 2
Network
Interface 1
RJ-45 Ethernet
10/1000 Mbps
Base-T
RJ-45 Ethernet 10/100 Mbps Base-T
Interface 2 (No
Interface 2 on
the S1816e-SR)
RJ-45 Ethernet
10/1000 Mbps
Base-T (for
maintenance)
Protocols
Transport: RTP/IP, UDP/IP, TCP/IP or multicast IP
Others: DNS, NTP, SNMP, v1/v2/v3 (MIB-II), HTTP, HTTPS,
DHCP and 802.1x
Security
SSL-based authentication, password protected, HTTPS
Serial and USB Ports
Electrical
Port 1: RS-232
(max. 230 kbps)
pluggable screwterminal strip
Port 1: RS-232 (max. 230 kbps)
pluggable clip-terminal strip or RS422/485 2/4 wires (max. 230 kbps)
pluggable clip-terminal strip
Port 2: RS422/485 2/4
wires (max. 230
kbps) pluggable
screw-terminal
strip
133
Operating Mode
Transparent serial port supporting any asynchronous serial
protocol
USB
1 USB host port
(USB drive not
included)
© 2013 Verint Video Systems Inc.
SDHC
MicroSD
Card, up to
Chapter A: Specification and Configuration
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
Note
The S1816e-SR
does not have a
USB port.
S1801e
S1802e
S1801eS1801e-R-HD
R
32 GB (SD
card not
included)
Alarm
Input: 4, 8 or Input: 2 dry contacts
16 dry
Output: 1 relay contacts (48V AC/DC at
contacts
100 mA max.)
Output: 1, 2
or 4 relay
contacts (48V
AC/DC at 500
mA max.)
Audio
Bi-directional
audio
Only for S1808e- Input: -46 to -3 dBV into 30 kΩ (line or
A and S1816e-A microphone input)
3 dB frequency
Output: -46 to -3 dBV into 16 Ω min.
response (1kΩ
load): 60 to 3600
Hz,(16Ω load):
350 to 3600 Hz
Maximum input
voltage (-12 dB
input
attenuation): 1.4
Vrms
Maximum output
voltage/power
(16Ω
load):800mVrms
/40
mWMicrophone
BIAS voltage: 3V
Connectors
S1808e-A: 8
stereo jacks
1/8in. (3.5mm)
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Technical Specification
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
S1801e
S1802e
S1801eS1801e-R-HD
R
(1/8in.(3.5mm))
S1816e-A: 16
stereo jacks
(1/8in.(3.5mm))
Power
Supply Voltage
12V DC ±10%
Power Supply
Power
Consumption
12V DC included except POE model.
S1808e: 20W
max. (1.7A at
12V DC)
Max. 5W
Max. 4W
S1816e: 25W
max. (2.1A at
12V DC)
S1816e-SP: 23W
max. (2.1A at
12V DC)
S1808e-A: 22W
max. (2.2A at
12V DC)
S1816e-A: 28W
max. (2.2A at
12V DC)
Physical
135
Enclosure
Metal case with flange mount (black)
Dimensions
17L x 6.6W x
4.2L x 3.5W x 1.7H in.
1.7H in.
(106L x 90W x 42H mm)
(430L x 167.68W
x 42.6H mm)
Weight
4.0 lb. (1.8 kg)
9.2 oz. (260 g)
Operating
Temperature
32ºF to 131ºF
(0ºC to 55ºC)
32ºF to 140ºF (0ºC to 60ºC)
S1801e-PoE: 32ºF to 131ºF (0ºC to 55ºC)
Humidity
95% noncondensing at
131ºF (55ºC)
95% non-condensing at 140ºF (60ºC)
© 2013 Verint Video Systems Inc.
Chapter A: Specification and Configuration
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
Firmware
S1801e
S1802e
S1801eS1801e-R-HD
R
Embedded Linux-based operating system
Management
Configuration
and Firmware
Upgrade
Supported through Control Center (single device and batch
mode firmware upgrade), SConfigurator and Web browser
interface (single device firmware upgrade)
Optional Accessories
VRM8: 19-inch rack mount panel for 8
units
PSPOE:
Power over
Ethernet
injector
PSP1261:
Efficiency level V
compliant power
supply
PSP1282-10:
Efficiency level V
compliant 19inch rack
mountable
power supply for
up to 10 devices
PSP1282-20:
Efficiency level V
19-inch rack
mountable
power supply for
up to 20 devices
PDP10-2: 19inch 1U power
distribution rack
mount panel to
connect up to 10
devices
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Factory Default Configuration
S1808e,
S1808e-A,
S1816e,
S1816e-A,
S1816e-SP
and S1816eSR
S1801e
S1802e
S1801eS1801e-R-HD
R
PS1281: 19-inch
rack mountable
power supply for
up to 10
multiport
devices.
Warranty
3-year limited warranty covering parts and labor (for the Americas). Contact
your Verint representative for warranty details for your regions.
Factory Default Configuration
The S1800e series encoders are programmed at the factory with the following
configuration:
Type
Serial port
Configuration
Bit rate: 4800 bps
Data bits: 8
Parity: none
Stop bit: 1
RS-232
RS-422/485 operating mode: RS-422 4-wire
Access
management
IP firmware update: Enabled
Global security profile: Disabled
SSL passkey: <empty>
Network
DHCP configuration: Enabled
Video
settings
S1808e + S1816e
Encoder 1:
Compression type: H.264
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© 2013 Verint Video Systems Inc.
S1816e-SP and S1816e-SR
Single H.264
Encoder 1:
Chapter A: Specification and Configuration
Type
Configuration
Resolution: 4CIF
Compression type: H.264
Target frame rate: 30 fps
(NTSC) / 25 fps (PAL)
Resolution: 4CIF
Target bit rate: 1200 kbps
Target frame rate: 15 fps
(NTSC) / 12.5 fps (PAL)
Minimum quantizer: 14
Target bit rate: 600 kbps
Maximum quantizer: 24
Minimum quantizer: 14
Encoder 2:
Maximum quantizer: 24
Compression type: H.264
Encoder 2:
Resolution: CIF
Compression type: MPEG4
Target frame rate: 30 fps
(NTSC) / 25 fps (PAL)
Resolution: CIF
Target bit rate: 300 kbps
Target frame rate: 15 fps
(NTSC) / 12.5 fps (PAL)
Minimum quantizer: 14
Target bit rate: 500 kbps
Maximum quantizer: 24
Minimum quantizer: 2
Encoder 3:
Maximum quantizer: 30
Compression type: MPEG4
Resolution: CIF
Target frame rate: 15 fps
(NTSC) / 12.5 fps (PAL)
Target bit rate: 500 kbps
Minimum quantizer: 2
Maximum quantizer: 30
VSIP
VSIP Port: 5510
VSIP Discovery IP Address: 255.255.255.255
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Index
Index
1
1 Gbps
Link Speed 87, 89
10 Mbps
Link Speed 87, 89
100 Mbps
Link Speed 87, 89
2
2CIF
Resolution
Configuring Encoder 76, 95, 98
4
4CIF
Resolution
Configuring Encoder 76, 95, 98
A
AES Encryption
SNMP Setting 80, 106
AgentVi Video Analytics Support 115
AgentVi Video Analytics Using 117
Analog Cameras
Direct Connection 37, 49
Analytics
Onboard 23
Audio
Setting 81-83, 108-111
Using 28
Audio Devices 43, 54
Audio Input
Configuring
Compression Mode 110, 112
Gain 109, 111
Input Type 109
Audio Output 43, 54
Audio Profile
Setting
Configuring Audio Input
Compression Mode 110, 112
Gain 109, 111
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Index
Input Type 109
Authentication Type
MD5 Authentication
SNMP Setting 80, 106
No Authentication
SNMP Setting 80, 106
Password
SNMP Setting 80, 106
SHA Authentication
SNMP Setting 80, 106
SNMP Setting 80, 106
Auto Detect
Link Speed
Configuring DHCP 87, 89
Automatic Gain Control
Configuring Video Input 99
B
Backup Trap Destination Address
SNMP Setting 79, 105
batch mode 124
firmware update 124
Bit Rate
Configuring Encoder 75, 94, 97, 102
Brightness
Configuring Video Input 99
C
camera
losing a connection 127
Camera Tampering
Configuing 100
Configuring
OOF Sensitivity 100
Out of Focus 100
Persistence 100
Refresh Rate 100
Changing Password 84
CIF
Resolution
Configuring Encoder 76, 95, 98
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Index
Community Name
SNMP Setting 80, 105
Compression Mode
Configuring Audio Input 110, 112
Configuring Encoder 76, 95, 98
configuration
default 127, 137
Configuring Audio Input
Compression Mode 110, 112
Gain 109, 111
Input Type 109
Configuring Camera Tampering 100
OOF Sensitivity 100
Out of Focus 100
Persistence 100
Refresh Rate 100
Configuring Decoder 102
Configuring DHCP
Default Gateway 86, 88
Ethernet Adapter 87, 89
Hostname 86, 88
Link Speed 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
Configuring Encoder
Bit Rate 75, 94, 97, 102
Compression Mode 76, 95, 98
Frame Rate 75, 94, 97
NTSC 75, 94, 97
PAL 75, 94, 97
I-Frame 76, 95, 98
Intra Interval 76, 95, 98
Quantizer 75, 95, 97
Rate Control Mode 76, 95, 98
Constant Bit Rate 76, 95, 98
Constant Frame Rate 76, 95, 98
Resolution 76, 95, 98
2CIF 76, 95, 98
4CIF 76, 95, 98
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Index
CIF 76, 95, 98
D1 76, 95, 98
Configuring IP Address 59, 85
Configuring Motion Detection 101
Lower Thresh 102
Mask 101
Mask State 101
Nb Frames 102
Upper Thresh 101
Vector Length 102
Configuring S1816e-SP Encoder 70
Configuring Video Input
AGC 99
Brightness 99
Contrast 99
Hue 99
Saturation 99
Configuring Video Output 103
Discovery Mode 103
Dwell Time 104
Receiver Mode 104
connection
RS-232 39, 51
to a camera, losing[connection
camera, losing] 127
Constant Bit Rate
Rate Control Mode
Configuring Encoder 76, 95, 98
Constant Frame Rate
Rate Control Mode
Configuring Encoder 76, 95, 98
Contrast
Configuring Video Input 99
Configuring Video Output 104
Creating Video Analytics Rules 23
D
D1
Resolution
Configuring Encoder 76, 95, 98
Decoder
Configuring 102
default configuration 127, 137
Default Gateway 86, 88
Configuring DHCP 86, 88
default password 84
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Index
default username 84
DES Encryption
SNMP Setting 80, 106
Device Discovery 58
Devices
Dual-Port 17
Multi-Port 19-20, 22
Single-Port 17
DHCP
Configuring
Default Gateway 86, 88
Ethernet Adapter 87, 89
Hostname 86, 88
Link Speed 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
Discovery Mode 58
Configuring Video Output 103
Downgrade Of Firmware 122
Dual-Port Devices 17
Duplex Mode
Full 87, 89
Half 87, 89
E
Enabling Nextiva Analytics 112
Encoder
Configuring
Bit Rate 75, 94, 97, 102
Compression Mode 76, 95, 98
Frame Rate 75, 94, 97
NTSC 75, 94, 97
PAL 75, 94, 97
I-Frame 76, 95, 98
Intra Interval 76, 95, 98
Quantizer 75, 95, 97
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Index
Rate Control Mode 76, 95, 98
Constant Bit Rate 76, 95, 98
Constant Frame Rate 76, 95, 98
Resolution 76, 95, 98
2CIF 76, 95, 98
4CIF 76, 95, 98
CIF 76, 95, 98
D1 76, 95, 98
equipment list 33, 46
Ethernet Adapter 87, 89
Configuring DHCP 87, 89
F
factory default configuration 127, 137
Firmware
Downgrading 122
firmware update 122-124, 126
Flat Surface
Installing 33, 46
Frame Rate
Configuring Encoder 75, 94, 97
NTSC 75, 94, 97
PAL 75, 94, 97
Full
Duplex Mode 87, 89
G
Gain
Configuring Audio Input 109, 111
H
Half
Duplex Mode 87, 89
hardware reset 127
Hostname 86, 88
Configuring DHCP 86, 88
Hue
Configuring Video Input 99
I
I-Frame
Configuring Encoder 76, 95, 98
I/O, alarm or audio 31
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Index
Input
Audio 43, 54
Input Type
Configuring Audio Input 109
Installing Flat Surface 33, 46
Installing Rack 33, 47
Intra Interval
Configuring Encoder 76, 95, 98
IP Address
Backup Trap Destination
SNMP Setting 79, 105
Primary Trap Destination
SNMP Setting 79, 105
IP Address Configuration 59, 85
L
LED, status 28
Link Speed 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
Configuring DHCP 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
loading default configuration 127, 137
losing a connection to a camera 127
Lower Thresh
Configuring Motion Detection 102
M
maintenance 121
Mask
Configuring Motion Detection 101
Mask State
Configuring Motion Detection 101
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© 2013 Verint Video Systems Inc.
Index
Mode
Compression
Configuring Encoder 76, 95, 98
Motion Detection
Configuing 101
Configuring
Lower Thresh 102
Mask 101
Mask State 101
Nb Frames 102
Upper Thresh 101
Vector Length 102
Multi-Port Devices 19-20, 22
N
Nb Frames
Configuring Motion Detection 102
Network Cable Connection 38, 50
Network Configuration
Setting
DHCP 86-89
Nextiva Analytics 23
Enabling 112
Using 114
NTSC
Configuring Frame Rate 75, 94, 97
Setting Video Standard 73, 93
O
On-Screen Display
Setting 118
Onboard Analytics 23
OOF Sensitivity
Configuring Camera Tampering 100
options, when ordering a device 33, 46
Out of Focus
Configuring Camera Tampering 100
Output
Audio 43, 54
P
PAL
Configuring Frame Rate 75, 94, 97
Setting Video Standard 73, 93
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Index
password
Changing 84
default 84
Persistence
Configuring Camera Tampering 100
pinout
serial port 39, 50
Primary Trap Destination Address
SNMP Setting 79, 105
Privacy Password
SNMP Setting 80, 106
Privacy Protocol
AES Encryption
SNMP Setting 80, 106
DES Encryption
SNMP Setting 80, 106
No Encryption
SNMP Setting 80, 106
SNMP Setting 80, 106
protocols supported, serial 39, 50
Q
Quantizer
Configuring Encoder 75, 95, 97
R
Rack
Installing 33, 47
Rate Control Mode
Configuring Encoder 76, 95, 98
Constant Bit Rate 76, 95, 98
Constant Frame Rate 76, 95, 98
Receiver Mode
Configuring Video Output 104
Recording to Storage Card 119
recovery mode 126
firmware update 126
red/blue display 127
Refresh Rate
Configuring Camera Tampering 100
Reset button 126
reset to factory default 127, 137
Resolution
Configuring Encoder 76, 95, 98
2CIF 76, 95, 98
4CIF 76, 95, 98
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© 2013 Verint Video Systems Inc.
Index
CIF 76, 95, 98
D1 76, 95, 98
resolution, video 24, 27
Rules
Creating Video Analytics 23
S
S1816e-SP Encoder
Configuring 70
Saturation
Configuring Video Input 99
serial port 39, 50
serial protocols supported 39, 50
Setting
Audio 81-83, 108-111
Audio Profile
Configuring Audio Input
Compression Mode 110, 112
Gain 109, 111
Input Type 109
Network Configuration
DHCP
Default Gateway 86, 88
Ethernet Adapter 87, 89
Hostname 86, 88
Link Speed 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
SNMP 78, 104
Authentication Type 80, 106
MD5 Authentication 80, 106
No Authentication 80, 106
Password 80, 106
SHA Authentication 80, 106
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Index
Backup Trap Destination Address 79, 105
Community Name 80, 105
Primary Trap Destination Address 79, 105
Privacy Password 80, 106
Privacy Protocol 80, 106
AES Encryption 80, 106
DES Encryption 80, 106
No Encryption 80, 106
System Contact 79, 105
System Location 79, 105
User Name 80, 105
Video Profile
Configuring Video Input
AGC 99, 103
Brightness 99
Contrast 99
Hue 99
Saturation 99
Configuring Video Output 103
Dwell Time 104
Receiver Mode 104
Video Standard
NTSC 73, 93
PAL 73, 93
Setting DHCP
Default Gateway 86, 88
Ethernet Adapter 87, 89
Hostname 86, 88
Link Speed 87, 89
1 Gbps full duplex 87, 89
1 Gbps half duplex 87, 89
10 Mbps full duplex 87, 89
10 Mbps half duplex 87, 89
100 Mbps full duplex 87, 89
100 Mbps half duplex 87, 89
Auto Detect 87, 89
Setting On-Screen Display 118
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© 2013 Verint Video Systems Inc.
Index
Setting The Vsip 78, 81-83, 104, 108-111
shipment list 33, 46
Single-Port Devices 17
SNMP
Setting 78, 104
Authentication Type 80, 106
MD5 Authentication 80, 106
No Authentication 80, 106
Password 80, 106
SHA Authentication 80, 106
Backup Trap Destination Address 79, 105
Community Name 80, 105
Primary Trap Destination Address 79, 105
Privacy Password 80, 106
Privacy Protocol 80, 106
AES Encryption 80, 106
DES Encryption 80, 106
No Encryption 80, 106
System Contact 79, 105
System Location 79, 105
User Name 80, 105
Speed
1 Gbps 87, 89
10 Mbps 87, 89
100 Mbps 87, 89
status LED 28
Storage Card
Recording 119
Support
AgentVi Video Analytics 115
System Contact
SNMP Setting 79, 105
System Location
SNMP Setting 79, 105
system status LED 28
T
troubleshooting 121
U
updating firmware 122-123
© 2013 Verint Video Systems Inc.
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Index
Upper Thresh
Configuring Motion Detection 101
User Name
SNMP Setting 80, 105
username
default 84
Using
AgentVi Video Analytics 117
Using Audio 28
Using Nextiva Analytics 114
V
Vector Length
Configuring Motion Detection 102
Video Analytics
Creating 23
Video Input
Configuring
AGC 99
Brightness 99
Contrast 99
Hue 99
Saturation 99
Video Output
Configuring 103
Discovery Mode 103
Dwell Time 104
Receiver Mode 104
Video Profile
Setting
Configuring Video Input
AGC 99
Brightness 99
Contrast 99
Hue 99
Saturation 99
Configuring Video Output 103
Discovery Mode 103
Dwell Time 104
Receiver Mode 104
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© 2013 Verint Video Systems Inc.
Index
Video Standard
Setting
NTSC 73, 93
PAL 73, 93
For more information, please visit us at http://www.verint.com/solutions/video-situationintelligence/index.html
Americas: [email protected]
EMEA: [email protected]
APAC: [email protected]
All other trademarks and product names are the property of their respective owners.
The information in this document may be superseded by subsequent documents.
© 2013 Verint Video Systems Inc.
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